El documento resume los siguientes temas gramaticales en espa単ol: el uso de que vs cual, los verbos ser y estar, verbos como gustar, los tiempos pret辿rito e imperfecto, los reflexivos, los comandos con t炭, y la colocaci坦n de pronombres. Tambi辿n incluye ejemplos de preguntas comunes y sus respuestas.
This document summarizes the Recommind Decisiv enterprise search engine. It discusses that Recommind was founded in 2000 and is headquartered in San Francisco with offices worldwide. It provides the CORE fully powered search engine which includes analytics, categorization, workflow rules, and entity extraction capabilities. The architecture includes enrichment and categorization, APIs, and uses PLSA for concept extraction and categorization without requiring human input. The document provides an overview of the product and highlights that while it is a capable solution, it has some limitations around sessions, content push, and license restrictions.
El documento resume los siguientes temas de gram叩tica espa単ola: las diferencias entre "que" y "cual", los verbos ser y estar, los verbos como gustar, el imperfecto, los reflejos, los comandos con "t炭", la colocaci坦n del DOP y el pret辿rito. Tambi辿n cubre el uso de "acabar + infinitivo", "hace + tiempo + que", y verbos similares a gustar.
The document is a grammar book in Spanish titled "Grammar Book Numero Dos" by Gustavo Smith. It contains a table of contents that lists various Spanish grammar topics such as imperfect verbs, preterite verbs, stem-changing verbs, modal verbs, adverbs, and more. Each topic is then explained in further detail with examples provided.
El documento resume las siguientes partes de la gram叩tica espa単ola: los usos de "que" y "cual", verbos como "ser", "estar", "gustar", tiempos verbales como el imperfecto y el pret辿rito, y estructuras como los verbos reflexivos, los mandatos con "t炭", la colocaci坦n de pronombres, y construcciones con verbos como "gustar", "acabar" y "hacer".
This document provides an overview of Spring RabbitMQ, which is a framework for integrating Java applications with the RabbitMQ message broker. It discusses messaging basics and RabbitMQ concepts like exchanges, queues, bindings and message routing. It then summarizes how Spring RabbitMQ can be used to configure RabbitMQ infrastructure like connections, templates, listeners and administrators either directly in Java code or using Spring configuration. It also briefly mentions how Spring Integration and Spring Boot can be used to build messaging applications on RabbitMQ.
Writing Stored Procedures in Oracle RDBMSMartin Toshev
油
This document discusses writing Java stored procedures with Oracle RDBMS. It covers the differences between PL/SQL and Java stored procedures, how to write Java stored procedures, manage them, and new features in Oracle Database 12c. Key points include: Java procedures use a JVM inside Oracle RDBMS, writing procedures involves loading Java classes and mapping methods, and managing procedures includes debugging, monitoring the JVM, and setting compiler options.
This unit will focus on teaching students about the solar system. Students will work collaboratively to design a planetary brochure and answer higher-order thinking questions using technology. The objectives are for students to learn the order of the planets, details about the sun and earth, and that the solar system revolves around the sun. Project-based learning will be used, with students creating brochures about an assigned planet. The roles of the teacher, students, and parents are defined to support student learning and project completion.
This document contains a unit summary and lesson plan about exploring the solar system. It includes an introduction to the components of the solar system, such as the sun and eight planets. The lesson aims to encourage student participation through interactive activities and questions. It also lists curriculum framing questions, project expectations, ways to assess student learning, and the teacher's goals for the lesson and students, which are to understand the makeup and movement of bodies within the solar system.
1. The document discusses a unit on exploring the solar system, which consists of the sun and 8 planets orbiting it, as well as satellites, asteroids, comets, and meteoroids.
2. The lesson will include interactive activities and discussions to encourage participation and self-reflection while teaching students about the solar system.
3. The goals of the project are for students to understand the makeup and orderly arrangement of the solar system.
1. The document discusses a unit on exploring the solar system, which consists of the sun and 8 planets orbiting it, as well as satellites, asteroids, comets, and meteoroids.
2. The lesson will include interactive activities and discussions to encourage participation and self-reflection while teaching students about the solar system.
3. The goals of the project are for students to understand the makeup and orderly arrangement of the solar system.
The period plan outlines a lesson on stars and the solar system for a 9th grade physical science class. The teacher will begin with introductory questions to engage students and assess their prior knowledge of objects in the sky. Students will then be divided into groups to discuss questions further and learn about satellites through collaborative work. Finally, the teacher will declare the topic of the lesson as the solar system and assign homework researching asteroids, comets, and Indian satellites.
This document provides an overview of a physics module taught at a Catholic school in London on the topic of exoplanets and the search for Earth 2. The 10-lesson module uses a 5E approach of engage, explore, explain, extend, and evaluate. Students learn about conditions for life on Earth, bodies in our solar system, telescope technology, and methods for detecting exoplanets. Feedback was positive, with students finding the astrophysics topic engaging and challenging. Some challenges included fitting the module into the curriculum schedule and a lack of assessment materials. Overall, the module provided a more discussion-based style of learning that increased students' interest in physics.
The document outlines the roles and expectations for students, parents, and teachers in a unit on the Solar System. Students will learn about the planets through tests and a group project where they create a poster and presentation. Parents are asked to help students study and complete assignments at home. The teacher's role is to ensure students understand lessons, are available to help, and provide time for assignments and projects.
The document outlines the structure and content of a two-part science curriculum sequence on astronomy for grades 3-8. The 3-5th grade portion consists of 4 units taught over 20 sessions, while the 6-8th grade portion consists of 4 different units taught over 30 sessions. Each unit is then described in more detail, including example lesson plans, activities, and resources provided. Assessment data is also presented showing significant gains in student understanding across all units for the 3-5th grade sequence. [END SUMMARY]
This unit will cover the solar system for a 2nd grade class. Students will learn about the components of the solar system, including the sun, planets, and Earth's moon. They will take notes during lessons, complete a worksheet, and build their own solar system model in groups. The teacher will instruct students and ensure they understand key facts about each object. Students are expected to participate in lessons, complete assignments, and work collaboratively on the project. Parents should support their child's learning by asking about lessons and checking homework.
This document discusses a lesson in Filipino. It provides tips for students such as allowing oneself to enjoy learning, learning important skills, and freely sharing positive thoughts and knowledge. It also emphasizes being ready and always having an open teacher to answer questions. There are exercises involving identifying main ideas and supporting details in passages and selecting the most prominent idea from images. The document provides examples and instructions for various learning activities.
This document provides activities and guidelines for promoting coexistence among elementary school students. It includes 12 activities focused on inclusiveness, helping classmates, forming working groups, regular communication between teachers and families, mindfulness, creating a class mascot, identifying shared values, finding common interests, tutoring for conflict resolution, following classroom rules, and promoting positive words. The overall goal is to encourage respect, cooperation, and social-emotional learning.
This document provides activities and guidelines for promoting coexistence among elementary school students. It includes 12 activities focused on inclusiveness, helping classmates, forming working groups, regular communication between teachers and families, mindfulness, creating a class mascot, identifying shared values, finding common interests, tutoring for conflict resolution, following classroom rules, and promoting positive words. The overall goal is to encourage respect, cooperation, and social-emotional learning.
This newsletter provides information about the upcoming solar system unit for a 2nd grade classroom. The unit will focus on learning about the sun, planets, moon, and key events in space travel. Students will read books, write in journals, and do hands-on activities like modeling the moon's phases with Oreo cookies. Parents are encouraged to discuss what their child is learning each day and do moon phase observations together. The teachers welcome any questions from parents about the unit.
This document provides an overview of Spring RabbitMQ, which is a framework for integrating Java applications with the RabbitMQ message broker. It discusses messaging basics and RabbitMQ concepts like exchanges, queues, bindings and message routing. It then summarizes how Spring RabbitMQ can be used to configure RabbitMQ infrastructure like connections, templates, listeners and administrators either directly in Java code or using Spring configuration. It also briefly mentions how Spring Integration and Spring Boot can be used to build messaging applications on RabbitMQ.
Writing Stored Procedures in Oracle RDBMSMartin Toshev
油
This document discusses writing Java stored procedures with Oracle RDBMS. It covers the differences between PL/SQL and Java stored procedures, how to write Java stored procedures, manage them, and new features in Oracle Database 12c. Key points include: Java procedures use a JVM inside Oracle RDBMS, writing procedures involves loading Java classes and mapping methods, and managing procedures includes debugging, monitoring the JVM, and setting compiler options.
This unit will focus on teaching students about the solar system. Students will work collaboratively to design a planetary brochure and answer higher-order thinking questions using technology. The objectives are for students to learn the order of the planets, details about the sun and earth, and that the solar system revolves around the sun. Project-based learning will be used, with students creating brochures about an assigned planet. The roles of the teacher, students, and parents are defined to support student learning and project completion.
This document contains a unit summary and lesson plan about exploring the solar system. It includes an introduction to the components of the solar system, such as the sun and eight planets. The lesson aims to encourage student participation through interactive activities and questions. It also lists curriculum framing questions, project expectations, ways to assess student learning, and the teacher's goals for the lesson and students, which are to understand the makeup and movement of bodies within the solar system.
1. The document discusses a unit on exploring the solar system, which consists of the sun and 8 planets orbiting it, as well as satellites, asteroids, comets, and meteoroids.
2. The lesson will include interactive activities and discussions to encourage participation and self-reflection while teaching students about the solar system.
3. The goals of the project are for students to understand the makeup and orderly arrangement of the solar system.
1. The document discusses a unit on exploring the solar system, which consists of the sun and 8 planets orbiting it, as well as satellites, asteroids, comets, and meteoroids.
2. The lesson will include interactive activities and discussions to encourage participation and self-reflection while teaching students about the solar system.
3. The goals of the project are for students to understand the makeup and orderly arrangement of the solar system.
The period plan outlines a lesson on stars and the solar system for a 9th grade physical science class. The teacher will begin with introductory questions to engage students and assess their prior knowledge of objects in the sky. Students will then be divided into groups to discuss questions further and learn about satellites through collaborative work. Finally, the teacher will declare the topic of the lesson as the solar system and assign homework researching asteroids, comets, and Indian satellites.
This document provides an overview of a physics module taught at a Catholic school in London on the topic of exoplanets and the search for Earth 2. The 10-lesson module uses a 5E approach of engage, explore, explain, extend, and evaluate. Students learn about conditions for life on Earth, bodies in our solar system, telescope technology, and methods for detecting exoplanets. Feedback was positive, with students finding the astrophysics topic engaging and challenging. Some challenges included fitting the module into the curriculum schedule and a lack of assessment materials. Overall, the module provided a more discussion-based style of learning that increased students' interest in physics.
The document outlines the roles and expectations for students, parents, and teachers in a unit on the Solar System. Students will learn about the planets through tests and a group project where they create a poster and presentation. Parents are asked to help students study and complete assignments at home. The teacher's role is to ensure students understand lessons, are available to help, and provide time for assignments and projects.
The document outlines the structure and content of a two-part science curriculum sequence on astronomy for grades 3-8. The 3-5th grade portion consists of 4 units taught over 20 sessions, while the 6-8th grade portion consists of 4 different units taught over 30 sessions. Each unit is then described in more detail, including example lesson plans, activities, and resources provided. Assessment data is also presented showing significant gains in student understanding across all units for the 3-5th grade sequence. [END SUMMARY]
This unit will cover the solar system for a 2nd grade class. Students will learn about the components of the solar system, including the sun, planets, and Earth's moon. They will take notes during lessons, complete a worksheet, and build their own solar system model in groups. The teacher will instruct students and ensure they understand key facts about each object. Students are expected to participate in lessons, complete assignments, and work collaboratively on the project. Parents should support their child's learning by asking about lessons and checking homework.
This document discusses a lesson in Filipino. It provides tips for students such as allowing oneself to enjoy learning, learning important skills, and freely sharing positive thoughts and knowledge. It also emphasizes being ready and always having an open teacher to answer questions. There are exercises involving identifying main ideas and supporting details in passages and selecting the most prominent idea from images. The document provides examples and instructions for various learning activities.
This document provides activities and guidelines for promoting coexistence among elementary school students. It includes 12 activities focused on inclusiveness, helping classmates, forming working groups, regular communication between teachers and families, mindfulness, creating a class mascot, identifying shared values, finding common interests, tutoring for conflict resolution, following classroom rules, and promoting positive words. The overall goal is to encourage respect, cooperation, and social-emotional learning.
This document provides activities and guidelines for promoting coexistence among elementary school students. It includes 12 activities focused on inclusiveness, helping classmates, forming working groups, regular communication between teachers and families, mindfulness, creating a class mascot, identifying shared values, finding common interests, tutoring for conflict resolution, following classroom rules, and promoting positive words. The overall goal is to encourage respect, cooperation, and social-emotional learning.
This newsletter provides information about the upcoming solar system unit for a 2nd grade classroom. The unit will focus on learning about the sun, planets, moon, and key events in space travel. Students will read books, write in journals, and do hands-on activities like modeling the moon's phases with Oreo cookies. Parents are encouraged to discuss what their child is learning each day and do moon phase observations together. The teachers welcome any questions from parents about the unit.
This document provides guidance for a homeroom class module on self-discovery. It includes activities and discussion questions to help students explore their strengths, weaknesses, skills, interests, talents, abilities, values, and how the pandemic has affected their thoughts and feelings about themselves. The first activity has students write these things about themselves in different boxes. The second activity asks students to explain how their thoughts, feelings and beliefs can help determine appropriate behavior. It also includes discussion questions about the activities.
This document outlines a science project for students to learn about the basic components of the solar system. The project will have students work collaboratively in groups to research and recreate the solar system, including the sun, planets, and Earth's moon. They will then present their solar system model and the information they learned to the class. The goals are for students to be able to name and recognize the elements of the solar system.
Do you believe in ghosts? What actually are ghosts? Creatures that do not exist but we can see them. Are there any such creatures around us? Lets have a look at the night starry sky. We can see all these stars, but many of them are not existing any more. Light speed has an upper limit but all these stars can be hundreds or thousands light years away. We can only see what light brings to us, but the light source can already be destroyed while the light is traveling to us. We ask students to think about all these amazing phenomena. Then we use the Faulkes Telescope Project to observe some stars, nebulas and galaxies. We search for their distance from the Earth and we go back to earth history. A star 2000 light years away has send its light to us when Christ was born! Maybe we are just observing the stars ghost.
Exploring Lunar Phases: How Your Library Can Support Science LearningNCIL - STAR_Net
油
Please join us to explore lunar phases through hands-on activities and discussion! The moon has held our imaginations captive and sparked our curiosity since prehistoric times. Its changing appearance influences calendars, myths, and cultures around the world. Hear from middle school teachers about the needs and challenges of teaching lunar phases, and discover ways that library programs can help prepare participants in building critical knowledge and skills.
Leveraging Pre-Trained Transformer Models for Protein Function Prediction - T...All Things Open
油
Presented at All Things Open AI 2025
Presented by Tia Pope - North Carolina A&T
Title: Leveraging Pre-Trained Transformer Models for Protein Function Prediction
Abstract: Transformer-based models, such as ProtGPT2 and ESM, are revolutionizing protein sequence analysis by enabling detailed embeddings and advanced function prediction. This talk provides a hands-on introduction to using pre-trained open-source transformer models for generating protein embeddings and leveraging them for classification tasks. Attendees will learn to tokenize sequences, extract embeddings, and implement machine-learning pipelines for protein function annotation based on Gene Ontology (GO) or Enzyme Commission (EC) numbers. This session will showcase how pre-trained transformers can democratize access to advanced protein analysis techniques while addressing scalability and explainability challenges. After the talk, the speaker will provide a notebook to test basic functionality, enabling participants to explore the concepts discussed.
Find more info about All Things Open:
On the web: https://www.allthingsopen.org/
Twitter: https://twitter.com/AllThingsOpen
LinkedIn: https://www.linkedin.com/company/all-things-open/
Instagram: https://www.instagram.com/allthingsopen/
Facebook: https://www.facebook.com/AllThingsOpen
Mastodon: https://mastodon.social/@allthingsopen
Threads: https://www.threads.net/@allthingsopen
Bluesky: https://bsky.app/profile/allthingsopen.bsky.social
2025 conference: https://2025.allthingsopen.org/
UiPath Automation Developer Associate Training Series 2025 - Session 8DianaGray10
油
In session 8, the final session of this series, you will learn about the Implementation Methodology Fundamentals and about additional self-paced study courses you will need to complete to finalize the courses and receive your credential.
The Rise of AI Agents-From Automation to Autonomous TechnologyImpelsys Inc.
油
AI agents are more than just a buzzwordthey are transforming industries with real autonomy. Unlike traditional AI, they dont just follow commands; they think, adapt, and act independently. The future isnt just AI-enabledits AI-powered.
Open-Source GenAI vs. Enterprise GenAI: Navigating the Future of AI Innovatio...All Things Open
油
Presented at All Things Open AI 2025
Presented by Dr. Ruth Akintunde - SAS Institute Inc.
Title: Open-Source GenAI vs. Enterprise GenAI: Navigating the Future of AI Innovation
Abstract: This talk explores the critical differences between Open-Source Generative AI and Enterprise Generative AI, highlighting their respective strengths and challenges. Open-Source GenAI fosters innovation through community collaboration, accessibility, and adaptability, while Enterprise GenAI prioritizes security, scalability, and reliability. Key aspects such as cost, ethical considerations, and long-term sustainability are examined to understand their impact on AI development and deployment. Ultimately, the talk advocates for a hybrid approach, leveraging the best of both worlds to drive AI innovation forward.
Find more info about All Things Open:
On the web: https://www.allthingsopen.org/
Twitter: https://twitter.com/AllThingsOpen
LinkedIn: https://www.linkedin.com/company/all-things-open/
Instagram: https://www.instagram.com/allthingsopen/
Facebook: https://www.facebook.com/AllThingsOpen
Mastodon: https://mastodon.social/@allthingsopen
Threads: https://www.threads.net/@allthingsopen
Bluesky: https://bsky.app/profile/allthingsopen.bsky.social
2025 conference: https://2025.allthingsopen.org/
You Don't Need an AI Strategy, But You Do Need to Be Strategic About AI - Jes...All Things Open
油
Presented at All Things Open AI 2025
Presented by Jessica Hall - Hallway Studio
Title: You Don't Need an AI Strategy, But You Do Need to Be Strategic About AI
Abstract: Theres so much noise about creating an AI strategy, its easy to feel like youre already behind. But heres the thing: you dont need an AI strategy or a data strategy. Those things need to serve your business strategy and that requires strategic thinking.
Heres what youll get:
A clear understanding of why AI is a means to an endnot the end itselfand how to use it to solve problems traditional methods cant touch.
How to align AI with strategy using questions like Where do we play? How do we win? from Roger L. Martin and A.G. Lafley.
What successful AI initiatives have in common: clear value, smart use of unique data, and meaningful business impact.
A checklist to evaluate AI opportunitiescovering metrics, workflows, and the human factors that make or break AI efforts.
Find more info about All Things Open:
On the web: https://www.allthingsopen.org/
Twitter: https://twitter.com/AllThingsOpen
LinkedIn: https://www.linkedin.com/company/all-things-open/
Instagram: https://www.instagram.com/allthingsopen/
Facebook: https://www.facebook.com/AllThingsOpen
Mastodon: https://mastodon.social/@allthingsopen
Threads: https://www.threads.net/@allthingsopen
Bluesky: https://bsky.app/profile/allthingsopen.bsky.social
2025 conference: https://2025.allthingsopen.org/
The Best of Both Worlds: Hybrid Clustering with Delta Lakecarlyakerly1
油
The Best of Both Worlds: Hybrid Clustering with Delta Lake
This deck walks you through best practices, real-world use cases, and hybrid approaches to help you maximize performance while keeping your creative freedom intact.
Video of full session: https://www.youtube.com/watch?v=0Gbq3B1FI-8
Artificial Intelligence Needs Community Intelligence - Sriram Raghavan, IBM R...All Things Open
油
Presented at All Things Open AI 2025
Presented by Sriram Raghavan - IBM Research AI
Title: Artificial Intelligence Needs Community Intelligence
Find more info about All Things Open:
On the web: https://www.allthingsopen.org/
Twitter: https://twitter.com/AllThingsOpen
LinkedIn: https://www.linkedin.com/company/all-things-open/
Instagram: https://www.instagram.com/allthingsopen/
Facebook: https://www.facebook.com/AllThingsOpen
Mastodon: https://mastodon.social/@allthingsopen
Threads: https://www.threads.net/@allthingsopen
Bluesky: https://bsky.app/profile/allthingsopen.bsky.social
2025 conference: https://2025.allthingsopen.org/
Gen AI: AI Agents - Making LLMs work together in an organized way - Brent Las...All Things Open
油
Presented at All Things Open AI 2025
Presented by Brent Laster - Tech Skills Transformations
Title: Gen AI: AI Agents - Making LLMs work together in an organized way
Abstract: AI Agents are combinations of LLMs, tools, and custom roles that can autonomously perform tasks and make decisions based on context and user input. Multiple agents can be managed together to cooperatively handle individual tasks that are part of a larger project to accomplish an overall goal.
By combining capabilities like tool access, multi-step reasoning, and real-time adjustments, agents can construct and complete complex workflows and intelligent solutions. In this presentation, we'll look at what AI agents are, how they work, and how you can create and put them to work.
Find more info about All Things Open:
On the web: https://www.allthingsopen.org/
Twitter: https://twitter.com/AllThingsOpen
LinkedIn: https://www.linkedin.com/company/all-things-open/
Instagram: https://www.instagram.com/allthingsopen/
Facebook: https://www.facebook.com/AllThingsOpen
Mastodon: https://mastodon.social/@allthingsopen
Threads: https://www.threads.net/@allthingsopen
Bluesky: https://bsky.app/profile/allthingsopen.bsky.social
2025 conference: https://2025.allthingsopen.org/
GDG Cloud Southlake #41: Shay Levi: Beyond the Hype:How Enterprises Are Using AIJames Anderson
油
Beyond the Hype: How Enterprises Are Actually Using AI
Webinar Abstract:
AI promises to revolutionize enterprises - but whats actually working in the real world? In this session, we cut through the noise and share practical, real-world AI implementations that deliver results. Learn how leading enterprises are solving their most complex AI challenges in hours, not months, while keeping full control over security, compliance, and integrations. Well break down key lessons, highlight recent use cases, and show how Unframes Turnkey Enterprise AI Platform is making AI adoption fast, scalable, and risk-free.
Join the session to get actionable insights on enterprise AI - without the fluff.
Bio:
Shay Levi is the Co-Founder and CEO of Unframe, a company redefining enterprise AI with scalable, secure solutions. Previously, he co-founded Noname Security and led the company to its $500M acquisition by Akamai in just four years. A proven innovator in cybersecurity and technology, he specializes in building transformative solutions.
This presentation, delivered at Boston Code Camp 38, explores scalable multi-agent AI systems using Microsoft's AutoGen framework. It covers core concepts of AI agents, the building blocks of modern AI architectures, and how to orchestrate multi-agent collaboration using LLMs, tools, and human-in-the-loop workflows. Includes real-world use cases and implementation patterns.
2. Questions
Essential Question Unit Question Content Question
o What is outer space? oWhat is in outer oWhat is the closest
space? planet to the sun?
oWhat is the oDo other planets
temperature on the have water on
sun? them?
oWhat is the
farthest planet from
the sun?
oWhat is the closest
planet to Earth?
3. Unit Summary
During our Solar System Unit, my students
will focus on the planets of our Solar
System and also the Sun and Earths
Moon. We will have a project where each
student will assigned to a group and each
group will be assigned a planet. They will
look at what characteristics make each
planet unique. Mainly just basic things such
as: Saturn has Rings, Mercury is the
smallest, Earth has water. Each student
will be assigned a job in the group that will
range from speaker to writer.
4. Role of Teacher
As the teacher I will clearly present the
material and instructions so that each
student has an ample opportunity to
succeed.
I will work one on one with students so
that they properly understand the
information from the unit.
I will present the material in many
different ways so that each student will
fully comprehend the information.
5. Role of Parent
As a parent of a student in my class I
would like you to do the following:
a) Each day sign the childs agenda.
b) When grades are returned and grade is
below a C please initial.
c) Check my Twitter regularly for updates on
class projects and field trips.
d) Contact me if you have any questions or
concerns.
6. Role of Student
As a student in my classroom you will be
expected to do the following:
Have a big imagination!
Complete all work on time
Always give 100%
Take initiative
Only talk when called on or given permission
to
Come to class prepared
Have a good attitude
Treat others the way you want to be treated
7. Benefits of the Unit
Give students a better understanding of the
solar system.
Student will acquire skills of learning to
work together in groups.
Students will also learn vital
communications skills.
Students will learn how to navigate around
a computer.
From the unit students will garner
presentation skills.
8. Standards
Science (1st) Clearly learns all the
planets of the Solar System and the
Earths moon.
Learn about characteristics that make
each planet unique.
Learn about the Sun, talk about that it is
a star.
9. Objectives of the Unit
Name the planets of the Solar System.
What order do they go in?
What is the Sun?
What is the closest planet to the sun?
Do other planets have water on them?
What is the farthest planet from the sun?
What is the closest planet to Earth?
Can we see all parts of the Moon with our
blind eye?
10. Project-Based Learning
Project Based Learning is teaching students through
activities, such as projects. This allows the students to show
what they have learned through demonstration rather than
taking a test.
I will incorporate PBL by assigning group projects throughout
the unit. It will help students retain and understand material
more thoroughly.
How I will incorporate this in my classroom:
I will assign a project on the planets of the Solar System, where each
student will be assigned to a group and that group will be assigned a
planet. Each group will be responsible for:
Getting information about their topic
Creating a visual aid
Making sure every person in the group has an equal role
Presenting the project to the class