Force and Motion
Step 1: Write 'Force and Motion' in your Table of Contents in your Science Journal
Step 2: Go to the next open page in your journal and Title it 'Force and Motion'
Step 3: Write the 'I Can' Statement at the top of the page
I can calculate the speed of an object.
I can design an experiment to test how mass and force affect the speed of an object.
Step 4: Watch the videos below and read the information in the charts and images below
Step 5: Take notes in your journal of each vocabulary term and charts that have a note to copy them into your journal
Step 6: Show your teacher your journal and notes before moving on
Step 7: Go back to Google Classroom and complete the activity in Google Classroom
Step 2: Go to the next open page in your journal and Title it 'Force and Motion'
Step 3: Write the 'I Can' Statement at the top of the page
I can calculate the speed of an object.
I can design an experiment to test how mass and force affect the speed of an object.
Step 4: Watch the videos below and read the information in the charts and images below
Step 5: Take notes in your journal of each vocabulary term and charts that have a note to copy them into your journal
Step 6: Show your teacher your journal and notes before moving on
Step 7: Go back to Google Classroom and complete the activity in Google Classroom
***Take notes form the video to the right on the definition of these terms:
Force Work Energy Friction |
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Go to each of the links below and read about Forces and Motion. Make sure to take the quiz and show your teacher your score.
***Also, write your score in your journal with your notes with each quiz labeled.
Force and Motion
What is a Force
Understanding Motion
Weight and Mass
Gravity
Friction
Laws of Motion
***Also, write your score in your journal with your notes with each quiz labeled.
Force and Motion
What is a Force
Understanding Motion
Weight and Mass
Gravity
Friction
Laws of Motion
***Write down the law of motion in your journal
Watch the video to the right.
****Take notes on the definition of gravity. ****In your notes, answer this question: What happens to a ball that is thrown into the air? Why? |
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