Tag: Education

  • [Solved] Catherine Owens- Week 2

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    In-depth study guidance and analytical solution covering Catherine Owens- Week 2.

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  • [Solved] PITC Flyer

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    The Program for Infant/Toddler Care (PITC) seeks to ensure that America's infants get a safe, healthy, emotionally secure, and intellectually rich start in life (Roopnarine, J. & Johnson, J., 2013). **Scenario: You are a center director opening a new childcare center in the Jackson-Metro area. You n…

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    Assignment Prompt & Instructions

    The Program for Infant/Toddler Care (PITC) seeks to ensure that America's infants get a safe, healthy, emotionally secure, and intellectually rich start in life (Roopnarine, J. & Johnson, J., 2013).
    **Scenario: You are a center director opening a new childcare center in the Jackson-Metro area.  You need to create an informational flyer for families on your infant and toddler program (PITC). You want to provide information to families that will persuade them to possibly enroll their child in your center.**
    Remember that designing a flyer is more than just making something that looks good.  It is also about understanding your services offered and potential audience. Once you have completed your flyer you will need to download it as a pdf file and submit it in Canvas.
    **Considerations:**
    1. What is the purpose of the flyer?
    2. What all services does your program offer for infants and toddlers?
    3. Who is your audience?
    4. What program components separate your program from others?
    5. Be creative!
    \
    Rubric2.png](https://www.sweetstudy.com/files/rubric2-png-10379863 "Rubric2.png")
    \
    Rubric1.png](https://www.sweetstudy.com/files/rubric1-png-10379865 "Rubric1.png")

  • [Solved] Catherine Owens

    ✓ Verified Academic Solution Available

    Executive Solution Overview

    In-depth study guidance and analytical solution covering Catherine Owens.

    Instant Solution Download

    $6.99

    Immediate access to the full model answer, formatted citations, and rubric breakdown.

    Need a Fresh Custom Paper?

    Have this question answered from scratch according to your specific instructions and deadline.

    Order on TutorsGallery →

    Assignment Prompt & Instructions

    Full assignment prompt and step-by-step guidance are included in the downloadable solution file.

  • [Solved] Catherine Owens- Coach

    ✓ Verified Academic Solution Available

    Executive Solution Overview

    In-depth study guidance and analytical solution covering Catherine Owens- Coach.

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    Assignment Prompt & Instructions

    Full assignment prompt and step-by-step guidance are included in the downloadable solution file.

  • [Solved] Education I need help with homework

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    I need help with my homework – ## Requriedreferencesforpart3assingment.docx – ## assignmentpart3instructionwithrubric.docx – ScienceUnitPlanTemplatewith3parts.docx **## Requriedreferencesforpart3assingment.docx** **Science Stories: Science Methods for Elementary and Middle School Teachers** **Requir…

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    Assignment Prompt & Instructions

    I need help with my homework

    – ## Requriedreferencesforpart3assingment.docx

    – ## assignmentpart3instructionwithrubric.docx

    – ScienceUnitPlanTemplatewith3parts.docx

    **## Requriedreferencesforpart3assingment.docx**

    **Science Stories: Science Methods for Elementary and Middle School Teachers**

    **Required**

    Koch. J. (2018).
    _Science stories: Science methods for elementary and middle school teachers_ (6th ed.). Cengage. ISBN-13: 9781305960725

    5E Model of Instruction

    **Required**

    Read “5E Model of Instruction,” located on the San Diego County Office of Education website.

    https://www.sdcoe.net/ngss/evidence-based-practices/5e-model-of-instruction

    Phenomenon

    **Required**

    Explore “Phenomenon,” located on The Wonder of Science website.

    https://thewonderofscience.com/phenomenal

    Vocabulary Instructional Strategies in a Middle-Level Science Classroom

    **Required**

    Read “Vocabulary Instructional Strategies in a Middle-Level Science Classroom,” by Harper, from
    _Reading_

    … Read More

    https://lopes.idm.oclc.org/login?url=https://search.ebscohost.com/login.aspx?direct=true&db=a9h&AN=141261084&site=ehost-live&scope=site&custid=s8333196&groupid=main&profile=ehost

    Promoting Scientific Inquiry Inside and Outside of the Classroom

    **Required**

    Read “Promoting Scientific Inquiry Inside and Outside of the Classroom,” by Toro, located on the Edutopia w

    … Read More

    https://www.edutopia.org/article/promoting-scientific-inquiry-inside-and-outside-classroom

    Using Technology to Support Struggling Students: Science Literacy, Vocabulary and Discourse

    **Required**

    Read “Using Technology to Support Struggling Students: Science Literacy, Vocabulary and Discourse,” located

    … Read More

    https://www.adlit.org/topics/content-area-literacy/using-technology-support-struggling-students-science-literacy

    How to Differentiate for Success in the Science Classroom

    **Required**

    Read “How to Differentiate for Success in the Science Classroom,” by Romo, located on the Savvas Learning C

    … Read More

    https://blog.savvas.com/how-to-differentiate-for-success-in-the-science-classroom/

    Educational Resources

    **Required**

    Explore “Educational Resources,” located on the National Science Foundation website.

    https://www.nsf.gov/news/classroom/

    **## assignmentpart3instructionwithrubric.docx**

    Requires Lopeswrite

    Assessment Description

    Vocabulary is an essential aspect of the planning process that allows teachers to tap into students’ prior knowledge and build background knowledge that may be missing to set students up for success. Building an understanding of necessary vocabulary terms allows students to make meaningful connections to science content that teachers can continue to build on during science instruction. Instructional strategies and activities that facilitate connections between science concepts and real-world application allow students to learn science in deeper and more meaningful ways. Additionally, activities that actively engage students in science learning support mastery of concepts and skills. These are all necessary components of lesson planning once the learning goals have been determined.

    **Part 1: Vocabulary, Instructional Strategies, and Lesson Activities**

    Continue developing your weeklong unit plan by completing the following components of the “ELM-570 Science Unit Plan" template:

    ·
    **Vocabulary:** Identify the appropriate general academic and content-specific vocabulary students need to be successful in each lesson and explain how the vocabulary will be taught to students.

    ·
    **Instructional Strategy/Strategies:** Identify the instructional strategy/strategies that will be used each day to provide students opportunities to explore, practice, and apply the science content. At least two days should be inquiry-based and focus on student-centered learning opportunities. Use a combination of instructional strategies that are best suited for each day’s lesson and students in the classroom.

    ·
    **Summary of Instruction and Activities**: Write a summary of the instruction, activities, and learning content for each lesson, including how you will connect students’ prior knowledge to key science concepts through the application of major standards-based concepts and modes of inquiry.

    ·
    **Differentiation and Accommodations**: Describe strategies to differentiate and accommodate the lessons’ activities for students with disabilities, students with gifted abilities, ELLs, and early finishers.

    **Part 2: Reflection**

    In 250-500 words, summarize and reflect on the process of continuing your unit plan and deciding on instructional strategies that best complement your standards, learning objectives, and assessments. Include the following in your reflection:

    · Describe how your instructional strategies align with your standards, learning objectives, and assessments.

    · Discuss how your instructional strategies promote exploration/investigation, critical thinking, and problem-solving. Explain how your inquiry-based science instruction will support students in mastering the science content.

    · Describe a challenge or misconception that might arise during one of the activities and require additional emphasis or greater accommodations. Explain how you would handle the need for further differentiation or accommodations, and include any resources or support staff you may be able to utilize to meet specific students' needs.

    **_Note:_** _Ensure your unit plan has been revised if instructor feedback was provided._

    Support your assignment with a minimum of two scholarly resources.

    While APA Style is not required for the body of this assignment, solid academic writing is expected, and documentation of sources should be presented using APA formatting guidelines, which can be found in the APA Style Guide, located in the Student Success Center.

    This assignment uses a rubric. Review the rubric before starting the assignment to become familiar with the expectations for successful completion.

    You are required to submit this assignment to LopesWrite. A link to the LopesWrite Technical Support Articles is located in Class Resources if you need assistance.

    **Rubric Criteria**

    **Vocabulary**

    6 points

    **Criteria Description**

    Vocabulary

    **5. Target**

    6 points

    Vocabulary lists are comprehensive, and the terms listed are ideal. Strategies to teach the vocabulary terms are superior.

    **4. Acceptable**

    5.22 points

    Vocabulary lists are complete, and the terms listed are suitable. Strategies to teach the vocabulary terms are credible.

    **No Submission**

    0 points

    Not addressed.

    **Instructional Strategies**

    6 points

    **Criteria Description**

    Instructional Strategies

    **5. Target**

    6 points

    Instructional strategies are advanced and proficiently provide students opportunities to explore, practice, and apply science content. Inquiry-based instruction and student-centered learning opportunities are creative.

    **4. Acceptable**

    5.22 points

    Instructional strategies are appropriate and reasonably provide students with opportunities to explore, practice, and apply science content. Inquiry-based instruction and student-centered learning opportunities are explicit.

    **. No Submission**

    0 points

    Not addressed.

    **Instruction and Activities**

    12 points

    **Criteria Description**

    Instruction and Activities

    **5. Target**

    12 points

    The summary of the instruction, activities, and learning content for each lesson is thorough. Summary skillfully describes how connections to students’ prior knowledge of key science concepts will be made through application of major standards-based concepts and modes of inquiry.

    **4. Acceptable**

    10.44 points

    A summary of the instruction, activities, and learning content for each lesson is provided. Summary successfully describes how connections to students’ prior knowledge of key science concepts will be made through application of major standards-based concepts and modes of inquiry.

    **No Submission**

    0 points

    Not addressed.

    **Differentiation and Accommodations**

    9 points

    **Criteria Description**

    Differentiation and Accommodations

    **5. Target**

    9 points

    Strategies to differentiate and accommodate the lessons’ activities for students with disabilities, students with gifted abilities, ELLs, and early finishers are superior.

    **4. Acceptable**

    7.83 points

    Strategies to differentiate and accommodate the lessons’ activities for students with disabilities, students with gifted abilities, ELLs, and early finishers are sound.

    **No Submission**

    0 points

    Not addressed.

    **Reflection: Instructional Strategies**

    9 points

    **Criteria Description**

    Reflection: Instructional Strategies

    **5. Target**

    9 points

    Description of how the instructional strategies align with the standards, learning objectives, and assessments is well-crafted. Discussion of how the strategy promotes exploration/investigation, critical thinking, and problem-solving is exceptional. An explanation of how inquiry-based science instruction supports students in mastering the science content provides new insight.

    **4. Acceptable**

    7.83 points

    Description of how the instructional strategies align with the standards, learning objectives, and assessments is logical. Discussion of how the strategy promotes exploration/investigation, critical thinking, and problem-solving is concise. Explanation of how inquiry-based science instruction supports students in mastering the science content is competent.

    **No Submission**

    0 points

    Not addressed.

    **Supporting Research and Documentation of Sources**

    6 points

    **Criteria Description**

    Uses appropriate designated style and formatting to document sources in citations and references.

    **5. Target**

    6 points

    Supporting research is compelling and thorough. Sources are completely and correctly documented, as appropriate to assignment and style, and format is free of error.

    **4. Acceptable**

    5.22 points

    **No Submission**

    0 points

    Not addressed.

    **Mechanics of Writing**

    6 points

    **Criteria Description**

    Includes spelling, capitalization, punctuation, grammar, language use, sentence structure, etc.

    **5. Target**

    6 points

    No mechanical errors are present. Skilled control of language choice and sentence structure is used throughout.

    **4. Acceptable**

    5.22 points

    A few mechanical errors are present. Suitable language choice and sentence structure are used.

    **ScienceUnitPlanTemplatewith3parts.docx**

    This file is too large to display. [View in new window](https://www.sweetstudy.com/files/scienceunitplantemplatewith3parts-docx)

    **ScienceUnitPlanTemplatewith3parts.docx**

    This file is too large to display. [View in new window](https://www.sweetstudy.com/files/scienceunitplantemplatewith3parts-docx)

    **## Requriedreferencesforpart3assingment.docx**

    **Science Stories: Science Methods for Elementary and Middle School Teachers**

    **Required**

    Koch. J. (2018).
    _Science stories: Science methods for elementary and middle school teachers_ (6th ed.). Cengage. ISBN-13: 9781305960725

    5E Model of Instruction

    **Required**

    Read “5E Model of Instruction,” located on the San Diego County Office of Education website.

    https://www.sdcoe.net/ngss/evidence-based-practices/5e-model-of-instruction

    Phenomenon

    **Required**

    Explore “Phenomenon,” located on The Wonder of Science website.

    https://thewonderofscience.com/phenomenal

    Vocabulary Instructional Strategies in a Middle-Level Science Classroom

    **Required**

    Read “Vocabulary Instructional Strategies in a Middle-Level Science Classroom,” by Harper, from
    _Reading_

    … Read More

    https://lopes.idm.oclc.org/login?url=https://search.ebscohost.com/login.aspx?direct=true&db=a9h&AN=141261084&site=ehost-live&scope=site&custid=s8333196&groupid=main&profile=ehost

    Promoting Scientific Inquiry Inside and Outside of the Classroom

    **Required**

    Read “Promoting Scientific Inquiry Inside and Outside of the Classroom,” by Toro, located on the Edutopia w

    … Read More

    https://www.edutopia.org/article/promoting-scientific-inquiry-inside-and-outside-classroom

    Using Technology to Support Struggling Students: Science Literacy, Vocabulary and Discourse

    **Required**

    Read “Using Technology to Support Struggling Students: Science Literacy, Vocabulary and Discourse,” located

    … Read More

    https://www.adlit.org/topics/content-area-literacy/using-technology-support-struggling-students-science-literacy

    How to Differentiate for Success in the Science Classroom

    **Required**

    Read “How to Differentiate for Success in the Science Classroom,” by Romo, located on the Savvas Learning C

    … Read More

    https://blog.savvas.com/how-to-differentiate-for-success-in-the-science-classroom/

    Educational Resources

    **Required**

    Explore “Educational Resources,” located on the National Science Foundation website.

    https://www.nsf.gov/news/classroom/

    **## assignmentpart3instructionwithrubric.docx**

    Requires Lopeswrite

    Assessment Description

    Vocabulary is an essential aspect of the planning process that allows teachers to tap into students’ prior knowledge and build background knowledge that may be missing to set students up for success. Building an understanding of necessary vocabulary terms allows students to make meaningful connections to science content that teachers can continue to build on during science instruction. Instructional strategies and activities that facilitate connections between science concepts and real-world application allow students to learn science in deeper and more meaningful ways. Additionally, activities that actively engage students in science learning support mastery of concepts and skills. These are all necessary components of lesson planning once the learning goals have been determined.

    **Part 1: Vocabulary, Instructional Strategies, and Lesson Activities**

    Continue developing your weeklong unit plan by completing the following components of the “ELM-570 Science Unit Plan" template:

    ·
    **Vocabulary:** Identify the appropriate general academic and content-specific vocabulary students need to be successful in each lesson and explain how the vocabulary will be taught to students.

    ·
    **Instructional Strategy/Strategies:** Identify the instructional strategy/strategies that will be used each day to provide students opportunities to explore, practice, and apply the science content. At least two days should be inquiry-based and focus on student-centered learning opportunities. Use a combination of instructional strategies that are best suited for each day’s lesson and students in the classroom.

    ·
    **Summary of Instruction and Activities**: Write a summary of the instruction, activities, and learning content for each lesson, including how you will connect students’ prior knowledge to key science concepts through the application of major standards-based concepts and modes of inquiry.

    ·
    **Differentiation and Accommodations**: Describe strategies to differentiate and accommodate the lessons’ activities for students with disabilities, students with gifted abilities, ELLs, and early finishers.

    **Part 2: Reflection**

    In 250-500 words, summarize and reflect on the process of continuing your unit plan and deciding on instructional strategies that best complement your standards, learning objectives, and assessments. Include the following in your reflection:

    · Describe how your instructional strategies align with your standards, learning objectives, and assessments.

    · Discuss how your instructional strategies promote exploration/investigation, critical thinking, and problem-solving. Explain how your inquiry-based science instruction will support students in mastering the science content.

    · Describe a challenge or misconception that might arise during one of the activities and require additional emphasis or greater accommodations. Explain how you would handle the need for further differentiation or accommodations, and include any resources or support staff you may be able to utilize to meet specific students' needs.

    **_Note:_** _Ensure your unit plan has been revised if instructor feedback was provided._

    Support your assignment with a minimum of two scholarly resources.

    While APA Style is not required for the body of this assignment, solid academic writing is expected, and documentation of sources should be presented using APA formatting guidelines, which can be found in the APA Style Guide, located in the Student Success Center.

    This assignment uses a rubric. Review the rubric before starting the assignment to become familiar with the expectations for successful completion.

    You are required to submit this assignment to LopesWrite. A link to the LopesWrite Technical Support Articles is located in Class Resources if you need assistance.

    **Rubric Criteria**

    **Vocabulary**

    6 points

    **Criteria Description**

    Vocabulary

    **5. Target**

    6 points

    Vocabulary lists are comprehensive, and the terms listed are ideal. Strategies to teach the vocabulary terms are superior.

    **4. Acceptable**

    5.22 points

    Vocabulary lists are complete, and the terms listed are suitable. Strategies to teach the vocabulary terms are credible.

    **No Submission**

    0 points

    Not addressed.

    **Instructional Strategies**

    6 points

    **Criteria Description**

    Instructional Strategies

    **5. Target**

    6 points

    Instructional strategies are advanced and proficiently provide students opportunities to explore, practice, and apply science content. Inquiry-based instruction and student-centered learning opportunities are creative.

    **4. Acceptable**

    5.22 points

    Instructional strategies are appropriate and reasonably provide students with opportunities to explore, practice, and apply science content. Inquiry-based instruction and student-centered learning opportunities are explicit.

    **. No Submission**

    0 points

    Not addressed.

    **Instruction and Activities**

    12 points

    **Criteria Description**

    Instruction and Activities

    **5. Target**

    12 points

    The summary of the instruction, activities, and learning content for each lesson is thorough. Summary skillfully describes how connections to students’ prior knowledge of key science concepts will be made through application of major standards-based concepts and modes of inquiry.

    **4. Acceptable**

    10.44 points

    A summary of the instruction, activities, and learning content for each lesson is provided. Summary successfully describes how connections to students’ prior knowledge of key science concepts will be made through application of major standards-based concepts and modes of inquiry.

    **No Submission**

    0 points

    Not addressed.

    **Differentiation and Accommodations**

    9 points

    **Criteria Description**

    Differentiation and Accommodations

    **5. Target**

    9 points

    Strategies to differentiate and accommodate the lessons’ activities for students with disabilities, students with gifted abilities, ELLs, and early finishers are superior.

    **4. Acceptable**

    7.83 points

    Strategies to differentiate and accommodate the lessons’ activities for students with disabilities, students with gifted abilities, ELLs, and early finishers are sound.

    **No Submission**

    0 points

    Not addressed.

    **Reflection: Instructional Strategies**

    9 points

    **Criteria Description**

    Reflection: Instructional Strategies

    **5. Target**

    9 points

    Description of how the instructional strategies align with the standards, learning objectives, and assessments is well-crafted. Discussion of how the strategy promotes exploration/investigation, critical thinking, and problem-solving is exceptional. An explanation of how inquiry-based science instruction supports students in mastering the science content provides new insight.

    **4. Acceptable**

    7.83 points

    Description of how the instructional strategies align with the standards, learning objectives, and assessments is logical. Discussion of how the strategy promotes exploration/investigation, critical thinking, and problem-solving is concise. Explanation of how inquiry-based science instruction supports students in mastering the science content is competent.

    **No Submission**

    0 points

    Not addressed.

    **Supporting Research and Documentation of Sources**

    6 points

    **Criteria Description**

    Uses appropriate designated style and formatting to document sources in citations and references.

    **5. Target**

    6 points

    Supporting research is compelling and thorough. Sources are completely and correctly documented, as appropriate to assignment and style, and format is free of error.

    **4. Acceptable**

    5.22 points

    **No Submission**

    0 points

    Not addressed.

    **Mechanics of Writing**

    6 points

    **Criteria Description**

    Includes spelling, capitalization, punctuation, grammar, language use, sentence structure, etc.

    **5. Target**

    6 points

    No mechanical errors are present. Skilled control of language choice and sentence structure is used throughout.

    **4. Acceptable**

    5.22 points

    A few mechanical errors are present. Suitable language choice and sentence structure are used.

    **ScienceUnitPlanTemplatewith3parts.docx**

    This file is too large to display. [View in new window](https://www.sweetstudy.com/files/scienceunitplantemplatewith3parts-docx)

    **## Requriedreferencesforpart3assingment.docx**

    **Science Stories: Science Methods for Elementary and Middle School Teachers**

    **Required**

    Koch. J. (2018).
    _Science stories: Science methods for elementary and middle school teachers_ (6th ed.). Cengage. ISBN-13: 9781305960725

    5E Model of Instruction

    **Required**

    Read “5E Model of Instruction,” located on the San Diego County Office of Education website.

    https://www.sdcoe.net/ngss/evidence-based-practices/5e-model-of-instruction

    Phenomenon

    **Required**

    Explore “Phenomenon,” located on The Wonder of Science website.

    https://thewonderofscience.com/phenomenal

    Vocabulary Instructional Strategies in a Middle-Level Science Classroom

    **Required**

    Read “Vocabulary Instructional Strategies in a Middle-Level Science Classroom,” by Harper, from
    _Reading_

    … Read More

    https://lopes.idm.oclc.org/login?url=https://search.ebscohost.com/login.aspx?direct=true&db=a9h&AN=141261084&site=ehost-live&scope=site&custid=s8333196&groupid=main&profile=ehost

    Promoting Scientific Inquiry Inside and Outside of the Classroom

    **Required**

    Read “Promoting Scientific Inquiry Inside and Outside of the Classroom,” by Toro, located on the Edutopia w

    … Read More

    https://www.edutopia.org/article/promoting-scientific-inquiry-inside-and-outside-classroom

    Using Technology to Support Struggling Students: Science Literacy, Vocabulary and Discourse

    **Required**

    Read “Using Technology to Support Struggling Students: Science Literacy, Vocabulary and Discourse,” located

    … Read More

    https://www.adlit.org/topics/content-area-literacy/using-technology-support-struggling-students-science-literacy

    How to Differentiate for Success in the Science Classroom

    **Required**

    Read “How to Differentiate for Success in the Science Classroom,” by Romo, located on the Savvas Learning C

    … Read More

    https://blog.savvas.com/how-to-differentiate-for-success-in-the-science-classroom/

    Educational Resources

    **Required**

    Explore “Educational Resources,” located on the National Science Foundation website.

    https://www.nsf.gov/news/classroom/

    **## assignmentpart3instructionwithrubric.docx**

    Requires Lopeswrite

    Assessment Description

    Vocabulary is an essential aspect of the planning process that allows teachers to tap into students’ prior knowledge and build background knowledge that may be missing to set students up for success. Building an understanding of necessary vocabulary terms allows students to make meaningful connections to science content that teachers can continue to build on during science instruction. Instructional strategies and activities that facilitate connections between science concepts and real-world application allow students to learn science in deeper and more meaningful ways. Additionally, activities that actively engage students in science learning support mastery of concepts and skills. These are all necessary components of lesson planning once the learning goals have been determined.

    **Part 1: Vocabulary, Instructional Strategies, and Lesson Activities**

    Continue developing your weeklong unit plan by completing the following components of the “ELM-570 Science Unit Plan" template:

    ·
    **Vocabulary:** Identify the appropriate general academic and content-specific vocabulary students need to be successful in each lesson and explain how the vocabulary will be taught to students.

    ·
    **Instructional Strategy/Strategies:** Identify the instructional strategy/strategies that will be used each day to provide students opportunities to explore, practice, and apply the science content. At least two days should be inquiry-based and focus on student-centered learning opportunities. Use a combination of instructional strategies that are best suited for each day’s lesson and students in the classroom.

    ·
    **Summary of Instruction and Activities**: Write a summary of the instruction, activities, and learning content for each lesson, including how you will connect students’ prior knowledge to key science concepts through the application of major standards-based concepts and modes of inquiry.

    ·
    **Differentiation and Accommodations**: Describe strategies to differentiate and accommodate the lessons’ activities for students with disabilities, students with gifted abilities, ELLs, and early finishers.

    **Part 2: Reflection**

    In 250-500 words, summarize and reflect on the process of continuing your unit plan and deciding on instructional strategies that best complement your standards, learning objectives, and assessments. Include the following in your reflection:

    · Describe how your instructional strategies align with your standards, learning objectives, and assessments.

    · Discuss how your instructional strategies promote exploration/investigation, critical thinking, and problem-solving. Explain how your inquiry-based science instruction will support students in mastering the science content.

    · Describe a challenge or misconception that might arise during one of the activities and require additional emphasis or greater accommodations. Explain how you would handle the need for further differentiation or accommodations, and include any resources or support staff you may be able to utilize to meet specific students' needs.

    **_Note:_** _Ensure your unit plan has been revised if instructor feedback was provided._

    Support your assignment with a minimum of two scholarly resources.

    While APA Style is not required for the body of this assignment, solid academic writing is expected, and documentation of sources should be presented using APA formatting guidelines, which can be found in the APA Style Guide, located in the Student Success Center.

    This assignment uses a rubric. Review the rubric before starting the assignment to become familiar with the expectations for successful completion.

    You are required to submit this assignment to LopesWrite. A link to the LopesWrite Technical Support Articles is located in Class Resources if you need assistance.

    **Rubric Criteria**

    **Vocabulary**

    6 points

    **Criteria Description**

    Vocabulary

    **5. Target**

    6 points

    Vocabulary lists are comprehensive, and the terms listed are ideal. Strategies to teach the vocabulary terms are superior.

    **4. Acceptable**

    5.22 points

    Vocabulary lists are complete, and the terms listed are suitable. Strategies to teach the vocabulary terms are credible.

    **No Submission**

    0 points

    Not addressed.

    **Instructional Strategies**

    6 points

    **Criteria Description**

    Instructional Strategies

    **5. Target**

    6 points

    Instructional strategies are advanced and proficiently provide students opportunities to explore, practice, and apply science content. Inquiry-based instruction and student-centered learning opportunities are creative.

    **4. Acceptable**

    5.22 points

    Instructional strategies are appropriate and reasonably provide students with opportunities to explore, practice, and apply science content. Inquiry-based instruction and student-centered learning opportunities are explicit.

    **. No Submission**

    0 points

    Not addressed.

    **Instruction and Activities**

    12 points

    **Criteria Description**

    Instruction and Activities

    **5. Target**

    12 points

    The summary of the instruction, activities, and learning content for each lesson is thorough. Summary skillfully describes how connections to students’ prior knowledge of key science concepts will be made through application of major standards-based concepts and modes of inquiry.

    **4. Acceptable**

    10.44 points

    A summary of the instruction, activities, and learning content for each lesson is provided. Summary successfully describes how connections to students’ prior knowledge of key science concepts will be made through application of major standards-based concepts and modes of inquiry.

    **No Submission**

    0 points

    Not addressed.

    **Differentiation and Accommodations**

    9 points

    **Criteria Description**

    Differentiation and Accommodations

    **5. Target**

    9 points

    Strategies to differentiate and accommodate the lessons’ activities for students with disabilities, students with gifted abilities, ELLs, and early finishers are superior.

    **4. Acceptable**

    7.83 points

    Strategies to differentiate and accommodate the lessons’ activities for students with disabilities, students with gifted abilities, ELLs, and early finishers are sound.

    **No Submission**

    0 points

    Not addressed.

    **Reflection: Instructional Strategies**

    9 points

    **Criteria Description**

    Reflection: Instructional Strategies

    **5. Target**

    9 points

    Description of how the instructional strategies align with the standards, learning objectives, and assessments is well-crafted. Discussion of how the strategy promotes exploration/investigation, critical thinking, and problem-solving is exceptional. An explanation of how inquiry-based science instruction supports students in mastering the science content provides new insight.

    **4. Acceptable**

    7.83 points

    Description of how the instructional strategies align with the standards, learning objectives, and assessments is logical. Discussion of how the strategy promotes exploration/investigation, critical thinking, and problem-solving is concise. Explanation of how inquiry-based science instruction supports students in mastering the science content is competent.

    **No Submission**

    0 points

    Not addressed.

    **Supporting Research and Documentation of Sources**

    6 points

    **Criteria Description**

    Uses appropriate designated style and formatting to document sources in citations and references.

    **5. Target**

    6 points

    Supporting research is compelling and thorough. Sources are completely and correctly documented, as appropriate to assignment and style, and format is free of error.

    **4. Acceptable**

    5.22 points

    **No Submission**

    0 points

    Not addressed.

    **Mechanics of Writing**

    6 points

    **Criteria Description**

    Includes spelling, capitalization, punctuation, grammar, language use, sentence structure, etc.

    **5. Target**

    6 points

    No mechanical errors are present. Skilled control of language choice and sentence structure is used throughout.

    **4. Acceptable**

    5.22 points

    A few mechanical errors are present. Suitable language choice and sentence structure are used.

    **ScienceUnitPlanTemplatewith3parts.docx**

    This file is too large to display. [View in new window](https://www.sweetstudy.com/files/scienceunitplantemplatewith3parts-docx)

    – 1
    – 2
    – 3

  • [Solved] week 1 discussion

    ✓ Verified Academic Solution Available

    Executive Solution Overview

    **Human Activity** Prior to beginning work on this discussion forum, read the assigned chapters for the week, the [Gaps Matter: Environment, Health and Social EquityLinks to an external site.](http://search.ebscohost.com/login.aspx?direct=true&db=edsjsr&an=edsjsr.26556357&site=eds-live&scope=site&au…

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    Assignment Prompt & Instructions

    **Human Activity**
    Prior to beginning work on this discussion forum, read the assigned chapters for the week, the [Gaps Matter: Environment, Health and Social EquityLinks to an external site.](http://search.ebscohost.com/login.aspx?direct=true&db=edsjsr&an=edsjsr.26556357&site=eds-live&scope=site&authtype=shib&custid=s8856897 "Gaps Matter: Environment, Health and Social Equity") journal article, and the [Structural Organization of the Human BodyLinks to an external site.](https://youtu.be/jOojs-pvLNo) video.
    The human body is amazing! However, certain factors or actions can positively or negatively impact our health and well-being, such as genetics, diet, exercise, tobacco, alcohol, sleep, sanitation, community safety, contraceptives, and stress. For this discussion, create an initial discussion post that is a minimum of 250 words. All referenced materials must include citations and references in APA format. Please see directions for including APA Style elements on these Writing Center pages: [_APA: Citing Within Your PaperLinks to an external site._](https://writingcenter.uagc.edu/apa-citing-within-your-paper) and [_Formatting Your References ListLinks to an external site._](https://writingcenter.uagc.edu/format-your-reference-list).In your discussion,
    – Evaluate two factors or actions that promote our health status.
    – Evaluate two factors or actions that can cause dysfunction and result in disease.
    – Select one lifestyle factor to discuss in depth.
    – Select one environmental factor to discuss in depth.
    – Discuss two diseases that could result from the factors or dysfunctions examined above and how those diseases change the normal function of body system(s).
    – Analyze at least two effects human activity and lifestyle habits have on our environment (air quality, water quality, food quality, waste, recycling, etc.).
    \
    Gaps_Matter__Environment_Health_and_Social_Equity_1754279477978.html](https://www.sweetstudy.com/files/gaps-matter-environment-health-and-social-equity-1754279477978-html "Gaps_Matter__Environment_Health_and_Social_Equity_1754279477978.html")

  • [Solved] Beliefs and foundation statement

    ✓ Verified Academic Solution Available

    Executive Solution Overview

    I am a second grade teacher…..this needs to reflect thanks – ## BeliefsandFoundationsStatementInstructions1.docx **## BeliefsandFoundationsStatementInstructions1.docx** | | | | — | — | | | ECED 6260 | Beliefs and Foundations Statement **Overview** In this assignment, you will articulate your p…

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    Assignment Prompt & Instructions

    I am a second grade teacher…..this needs to reflect
    thanks

    – ## BeliefsandFoundationsStatementInstructions1.docx

    **## BeliefsandFoundationsStatementInstructions1.docx**

    | | |
    | — | — |
    | | ECED 6260 |

    Beliefs and Foundations Statement

    **Overview**

    In this assignment, you will articulate your personal beliefs about teaching, learning, and behavior management. Your statement should connect to classroom management theories and reflect on how your experiences and values shape your instructional choices.

    **Instructions**

    1. Write a 2–3 page statement of your classroom management philosophy.

    2. Include references to at least two classroom management theories discussed in Module 1.

    3. Reflect on your personal experiences as a student and educator.

    4. Describe how your beliefs will inform your future classroom structures and interactions with students.

    **Prompting Questions**

    · What do you believe about the purpose of classroom management?

    · How do your beliefs align with theories such as behaviorism, PBIS, or Responsive Classroom?

    · What role do relationships and student autonomy play in your approach?

    · How will these beliefs influence the rules and expectations you set?

    ## | | | | | — | — | — | | | | |

    **## BeliefsandFoundationsStatementInstructions1.docx**

    | | |
    | — | — |
    | | ECED 6260 |

    Beliefs and Foundations Statement

    **Overview**

    In this assignment, you will articulate your personal beliefs about teaching, learning, and behavior management. Your statement should connect to classroom management theories and reflect on how your experiences and values shape your instructional choices.

    **Instructions**

    1. Write a 2–3 page statement of your classroom management philosophy.

    2. Include references to at least two classroom management theories discussed in Module 1.

    3. Reflect on your personal experiences as a student and educator.

    4. Describe how your beliefs will inform your future classroom structures and interactions with students.

    **Prompting Questions**

    · What do you believe about the purpose of classroom management?

    · How do your beliefs align with theories such as behaviorism, PBIS, or Responsive Classroom?

    · What role do relationships and student autonomy play in your approach?

    · How will these beliefs influence the rules and expectations you set?

    ## | | | | | — | — | — | | | | |

  • [Solved] Elm538wk5

    ✓ Verified Academic Solution Available

    Executive Solution Overview

    – ## wk5elm538growth.docx **## wk5elm538growth.docx** As educators, we are always trying to improve ourselves as well as our professional approach. One needs to reflect on our personal needs and areas of professional growth. Take time to reflect on your math capabilities as well as your math instruc…

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    Assignment Prompt & Instructions

    – ## wk5elm538growth.docx

    **## wk5elm538growth.docx**

    As educators, we are always trying to improve ourselves as well as our professional approach. One needs to reflect on our personal needs and areas of professional growth. Take time to reflect on your math capabilities as well as your math instructional practices.

    **Identify** your areas of strength and weakness concerning math content knowledge and/or math teaching methods.

    **Research** trends, best practices, and available resources to help you grow in these areas toward math content knowledge and/or math teaching methods.

    **What do I need to think about?**

    · How might these weaknesses impact student learning?

    · What do you plan to do to address these weaknesses?

    · What resources are available to help with your growth (professional organizations, online tools, and such)?

    **Create** a professional growth plan to address your areas of focus so that you can improve practice and enhance student learning.

    **Include** the following in your plan:

    · Specific areas of strength in teaching math

    · Specific areas of weakness in teaching math

    · Activities and resources needed to overcome weaknesses and support growth

    · Sources of evidence to indicate how you will know if you have achieved your goal

    · Describe the value and benefits for self-reflection by teachers.

    · Describe the value and benefits of collaboration to teachers.

    **## wk5elm538growth.docx**

    As educators, we are always trying to improve ourselves as well as our professional approach. One needs to reflect on our personal needs and areas of professional growth. Take time to reflect on your math capabilities as well as your math instructional practices.

    **Identify** your areas of strength and weakness concerning math content knowledge and/or math teaching methods.

    **Research** trends, best practices, and available resources to help you grow in these areas toward math content knowledge and/or math teaching methods.

    **What do I need to think about?**

    · How might these weaknesses impact student learning?

    · What do you plan to do to address these weaknesses?

    · What resources are available to help with your growth (professional organizations, online tools, and such)?

    **Create** a professional growth plan to address your areas of focus so that you can improve practice and enhance student learning.

    **Include** the following in your plan:

    · Specific areas of strength in teaching math

    · Specific areas of weakness in teaching math

    · Activities and resources needed to overcome weaknesses and support growth

    · Sources of evidence to indicate how you will know if you have achieved your goal

    · Describe the value and benefits for self-reflection by teachers.

    · Describe the value and benefits of collaboration to teachers.

  • [Solved] question

    ✓ Verified Academic Solution Available

    Executive Solution Overview

    – ## MODULE9Discussion5220.docx **## MODULE9Discussion5220.docx** **DP** [**Dawn Pierce**](https://molloy.instructure.com/courses/38987/users/45306) After watching both videos, I could really see the difference in how people view technology in early childhood classrooms. The first video, from the St…

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    Assignment Prompt & Instructions

    – ## MODULE9Discussion5220.docx

    **## MODULE9Discussion5220.docx**

    **DP**

    [**Dawn Pierce**](https://molloy.instructure.com/courses/38987/users/45306)

    After watching both videos, I could really see the difference in how people view technology in early childhood classrooms.  The first video, from the Steiner preschool in Australia, was against using digital devices with young children.  They believe screen time can delay language and social development, and that children learn best through hands-on experiences.  It makes complete sense, and there is something so valuable about children learning through movement, imagination, and social interaction.

    The second video, from NBC News, focused more on the science behind screen use.  It highlighted the concerns about how too much screen time can impact brain development, especially when it comes to attention spans, impulse control, and emotional regulation.  It made me think about how important it is to be intentional with how we introduce technology to young children (NBC News, 2018).

    I don’t think it is realistic to say digital devices don’t belong in early childhood classrooms, especially today.  In my district, technology is part of everyday learning.  Even our youngest students use iPads, and they are required to complete a certain number of minutes each week on the IReady program.  Older students, including my own children in middle and high school, use Chromebooks daily.  Technology is everywhere; it is how we prepare children for the world they are growing up in.

    The assigned readings from
    _Early Childhood Education Today_ helped me think more about how to use technology in developmentally appropriate ways.  Chapter 12 discusses how we are living in the Information Age, and that teachers need to help children develop digital literacy while still protecting the importance of real-world learning experiences (Morrison et al., 2022).  Chapter 13 reminds us that learning in early childhood should still be hands-on, play-based, and built on relationships.  Technology can support this when it is used purposefully and with guidance, not when it replaces those experiences.

    For me, the statement, “Digital devices do not belong in an early childhood classroom,” is false, but with boundaries.  I believe technology can be a great tool for learning, as long as it’s used in moderation, with age-appropriate content, and always paired with teacher support.  When used the correct way, technology can enhance what we are already doing in the classroom, not take away from it.

    References

    Morrison, G. S., Woika, M. J., & Breffni, L. (2022).
    _Early childhood education today_ (15th ed.).      Pearson.

    NBC News. (2018, November 12).
    _Screens may affect your child’s brain development_ [Video].  YouTube.
    [https://youtu.be/ndOB-vXwXxMLinks to an external site.](https://youtu.be/ndOB-vXwXxM)![A black and grey play button AI-generated content may be incorrect.](https://www.sweetstudy.com/questions/question-20932199)

    ABC News Australia, (2016, October 27).
    _Should children be using digital devices at preschool?_ [https://www.abc.net.au/news/2016-10-27/should-children-be-using-digital-devices-at-preschool/7972268Links to an external site.](https://www.abc.net.au/news/2016-10-27/should-children-be-using-digital-devices-at-preschool/7972268)

    2.
    [**Taylor Kobel**](https://molloy.instructure.com/courses/38987/users/47272)

    Jul 30 9:50pm| Last reply Jul 31 5:51pm

    Reply from
    **Taylor Kobel**

    Whether or not digital technology belongs in early childhood classrooms is an increasingly common topic of discussion held between educators, parents, communities, scientists, and the world in general. There are many benefits as well as drawbacks to the use of digital technology by young students which makes this an extremely controversial subject with no clear winner of the argument. Therefore, I don’t believe that the answer to the question, “Digital Devices do not belong in an Early Childhood classroom. True or False?” is as clear cut as a true or false answer. There is much grey area in regards to whether or not the benefits outweigh the drawbacks. Young students overusing digital devices can cause some cognitive functions to develop at slower speeds making it harder for them to recognize common facial expressions and interact with their peers. Additionally, extended screen time can lead to an overproduction of dopamine in children’s brains which can cause them to be hyperactive and more sensitive to surrounding stimuli (NBC News, 2018). On the other hand, one argument is made that exposure to digital devices at a young age can prepare children for life outside of school where screens are commonly used everywhere. Furthermore, screen-based technology can provide streamlined instruction and academic activities tailored to the students’ needs and interests (NBC News, 2018). With every downside to the use of digital technology in early childhood classrooms, there is a benefit to it as well.

    Similar to the NBC News video, Jodie Noyce from ABC News also discussed the use of digital devices in early childhood classrooms. Although the benefits and drawbacks are discussed, interviews of educational professionals and experts are included in this video as well which shows that they are just as divided on the matter. According to Chip Donohue, children entering the early childhood level today live within a time of digital prominence, therefore the technology should be embraced within their classrooms (Noyce, 2016). By taking advantage of the technology rather than ignoring it, he believes that children will be better off after their schooling from beginning to use it at such a young age. Ultimately, most experts agree that overall, the use of technology can be truly beneficial to young students when used carefully and in moderation. By using digital devices for safe and academic purposes periodically, early childhood learners can reap the benefits of digital technology without as many of the downsides it may present (Noyce, 2016). I agree with this logic as well. I don’t think that digital devices should be completely banned from the early childhood level because today’s students are going to be exposed to it in their everyday lives and they can present many advantages. However, I also don’t believe that it should be at the forefront of early childhood classrooms and be used for every lesson because its overuse has shown to present many disadvantages. To sum up my belief, I think that digital technology should be used in early childhood classrooms but strategically and in a balanced way where it doesn’t outweigh the amount of play-based and interactive learning students engage in.

    References

    NBC News. (2018, May 17).
    _Screens may affect your child’s brain development | Better | Nbc news_. YouTube. https://www.youtube.com/watch?v=ndOB-vXwXxM

    Noyce, J. (2016, October 27).
    _Experts, educators split on whether preschoolers should be using digital devices_. ABC News. https://www.abc.net.au/news/2016-10-27/should-children-be-using-digital-devices-at-preschool/7972268

    ## image1.png

    **## MODULE9Discussion5220.docx**

    **DP**

    [**Dawn Pierce**](https://molloy.instructure.com/courses/38987/users/45306)

    After watching both videos, I could really see the difference in how people view technology in early childhood classrooms.  The first video, from the Steiner preschool in Australia, was against using digital devices with young children.  They believe screen time can delay language and social development, and that children learn best through hands-on experiences.  It makes complete sense, and there is something so valuable about children learning through movement, imagination, and social interaction.

    The second video, from NBC News, focused more on the science behind screen use.  It highlighted the concerns about how too much screen time can impact brain development, especially when it comes to attention spans, impulse control, and emotional regulation.  It made me think about how important it is to be intentional with how we introduce technology to young children (NBC News, 2018).

    I don’t think it is realistic to say digital devices don’t belong in early childhood classrooms, especially today.  In my district, technology is part of everyday learning.  Even our youngest students use iPads, and they are required to complete a certain number of minutes each week on the IReady program.  Older students, including my own children in middle and high school, use Chromebooks daily.  Technology is everywhere; it is how we prepare children for the world they are growing up in.

    The assigned readings from
    _Early Childhood Education Today_ helped me think more about how to use technology in developmentally appropriate ways.  Chapter 12 discusses how we are living in the Information Age, and that teachers need to help children develop digital literacy while still protecting the importance of real-world learning experiences (Morrison et al., 2022).  Chapter 13 reminds us that learning in early childhood should still be hands-on, play-based, and built on relationships.  Technology can support this when it is used purposefully and with guidance, not when it replaces those experiences.

    For me, the statement, “Digital devices do not belong in an early childhood classroom,” is false, but with boundaries.  I believe technology can be a great tool for learning, as long as it’s used in moderation, with age-appropriate content, and always paired with teacher support.  When used the correct way, technology can enhance what we are already doing in the classroom, not take away from it.

    References

    Morrison, G. S., Woika, M. J., & Breffni, L. (2022).
    _Early childhood education today_ (15th ed.).      Pearson.

    NBC News. (2018, November 12).
    _Screens may affect your child’s brain development_ [Video].  YouTube.
    [https://youtu.be/ndOB-vXwXxMLinks to an external site.](https://youtu.be/ndOB-vXwXxM)![A black and grey play button AI-generated content may be incorrect.](https://www.sweetstudy.com/questions/question-20932199)

    ABC News Australia, (2016, October 27).
    _Should children be using digital devices at preschool?_ [https://www.abc.net.au/news/2016-10-27/should-children-be-using-digital-devices-at-preschool/7972268Links to an external site.](https://www.abc.net.au/news/2016-10-27/should-children-be-using-digital-devices-at-preschool/7972268)

    2.
    [**Taylor Kobel**](https://molloy.instructure.com/courses/38987/users/47272)

    Jul 30 9:50pm| Last reply Jul 31 5:51pm

    Reply from
    **Taylor Kobel**

    Whether or not digital technology belongs in early childhood classrooms is an increasingly common topic of discussion held between educators, parents, communities, scientists, and the world in general. There are many benefits as well as drawbacks to the use of digital technology by young students which makes this an extremely controversial subject with no clear winner of the argument. Therefore, I don’t believe that the answer to the question, “Digital Devices do not belong in an Early Childhood classroom. True or False?” is as clear cut as a true or false answer. There is much grey area in regards to whether or not the benefits outweigh the drawbacks. Young students overusing digital devices can cause some cognitive functions to develop at slower speeds making it harder for them to recognize common facial expressions and interact with their peers. Additionally, extended screen time can lead to an overproduction of dopamine in children’s brains which can cause them to be hyperactive and more sensitive to surrounding stimuli (NBC News, 2018). On the other hand, one argument is made that exposure to digital devices at a young age can prepare children for life outside of school where screens are commonly used everywhere. Furthermore, screen-based technology can provide streamlined instruction and academic activities tailored to the students’ needs and interests (NBC News, 2018). With every downside to the use of digital technology in early childhood classrooms, there is a benefit to it as well.

    Similar to the NBC News video, Jodie Noyce from ABC News also discussed the use of digital devices in early childhood classrooms. Although the benefits and drawbacks are discussed, interviews of educational professionals and experts are included in this video as well which shows that they are just as divided on the matter. According to Chip Donohue, children entering the early childhood level today live within a time of digital prominence, therefore the technology should be embraced within their classrooms (Noyce, 2016). By taking advantage of the technology rather than ignoring it, he believes that children will be better off after their schooling from beginning to use it at such a young age. Ultimately, most experts agree that overall, the use of technology can be truly beneficial to young students when used carefully and in moderation. By using digital devices for safe and academic purposes periodically, early childhood learners can reap the benefits of digital technology without as many of the downsides it may present (Noyce, 2016). I agree with this logic as well. I don’t think that digital devices should be completely banned from the early childhood level because today’s students are going to be exposed to it in their everyday lives and they can present many advantages. However, I also don’t believe that it should be at the forefront of early childhood classrooms and be used for every lesson because its overuse has shown to present many disadvantages. To sum up my belief, I think that digital technology should be used in early childhood classrooms but strategically and in a balanced way where it doesn’t outweigh the amount of play-based and interactive learning students engage in.

    References

    NBC News. (2018, May 17).
    _Screens may affect your child’s brain development | Better | Nbc news_. YouTube. https://www.youtube.com/watch?v=ndOB-vXwXxM

    Noyce, J. (2016, October 27).
    _Experts, educators split on whether preschoolers should be using digital devices_. ABC News. https://www.abc.net.au/news/2016-10-27/should-children-be-using-digital-devices-at-preschool/7972268

    ## image1.png

  • [Solved] Program design and evaluation post 5

    ✓ Verified Academic Solution Available

    Executive Solution Overview

    Describe the difference between inputs, outputs and outcomes. Use an existing program to provide an example of each. Reading Assignment: Kettner, Moroney & Martin Chapter 8 Objective: 1

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    Assignment Prompt & Instructions

    Describe the difference between inputs, outputs and outcomes. Use an existing program to provide an example of each.
    Reading Assignment: Kettner, Moroney & Martin Chapter 8 Objective: 1