Summative: Newton’s First and Second Law
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Last updated about 5 years ago
16 questions
Note from the author:
The following summative is a digital, performance based exam, which covers the standard MS-PS2-2.
1
Label the (left) definition as the appropriate law below:
Label the (left) definition as the appropriate law below:
1
Label the (right) definition as the appropriate law below:
Label the (right) definition as the appropriate law below:
1
Fill in the Blank: A/an _________force causes no change to the acceleration of an object.
Fill in the Blank: A/an _________
force causes no change to the acceleration of an object.
1
Fill in the Blank: A/an _________force causes a change to the acceleration of an object.
Fill in the Blank: A/an _________
force causes a change to the acceleration of an object.
1
Calculate the total force acting on the object if the object has a mass of 5 kilograms and an acceleration of 2 m/s/s. Fill in the equation below with the appropriate variables: (do not include units)
Calculate the total force acting on the object if the object has a mass of 5 kilograms and an acceleration of 2 m/s/s. Fill in the equation below with the appropriate variables: (do not include units)
1
Calculate the total force acting on the object if the object has a mass of 22 kilograms and an acceleration of 6 m/s/s. Fill in the equation below with the appropriate variables: (do not include units)
Calculate the total force acting on the object if the object has a mass of 22 kilograms and an acceleration of 6 m/s/s. Fill in the equation below with the appropriate variables: (do not include units)
1
Using the question to the left (fill in the blank) select the appropriate answer below. Be sure to read the scenario on the top of page #2 first!
Using the question to the left (fill in the blank) select the appropriate answer below. Be sure to read the scenario on the top of page #2 first!
1
Using the question to the left (fill in the blank) select the appropriate answer below. Be sure to read the scenario on the top of page #2 first!
Using the question to the left (fill in the blank) select the appropriate answer below. Be sure to read the scenario on the top of page #2 first!
1
In the following scenario, correctly label the mass to design a system with a balanced force. After, calculate the net force on the system. What mass should you use to make this system balanced?
In the following scenario, correctly label the mass to design a system with a balanced force. After, calculate the net force on the system. What mass should you use to make this system balanced?
1
Calculate the force due to gravity acting on mass #2 (the right side) in the space below: (again, skip units)
Calculate the force due to gravity acting on mass #2 (the right side) in the space below: (again, skip units)
1
Calculate the force due to gravity acting on mass #1 (the left side) in the space below: (again, skip units)
Calculate the force due to gravity acting on mass #1 (the left side) in the space below: (again, skip units)
1
Calculate the net force in the system acting on each object in the space below, by taking Force (Acting on Mass #2) - Force (Acting on Mass #1) = Net Force
Again, skip units
Calculate the net force in the system acting on each object in the space below, by taking Force (Acting on Mass #2) - Force (Acting on Mass #1) = Net Force
Again, skip units
1
In the following scenario, correctly select a mass to design a system with an unbalanced force moving to the right. After, calculate the net force on the system. You can select from the following masses: 2 kg, 5 kg, 8 kg, or 10 kg.
In the following scenario, correctly select a mass to design a system with an unbalanced force moving to the right. After, calculate the net force on the system. You can select from the following masses: 2 kg, 5 kg, 8 kg, or 10 kg.
1
Calculate the force due to gravity acting on mass #2 (the right side) in the space below: (again, skip units)
Calculate the force due to gravity acting on mass #2 (the right side) in the space below: (again, skip units)
1
Calculate the force due to gravity acting on mass #1 (the left side) in the space below: (again, skip units)
Calculate the force due to gravity acting on mass #1 (the left side) in the space below: (again, skip units)
1
Calculate the net force in the system acting on each object in the space below, by taking Force (Acting on Mass #2) - Force (Acting on Mass #1) = Net Force
Again, skip units
Calculate the net force in the system acting on each object in the space below, by taking Force (Acting on Mass #2) - Force (Acting on Mass #1) = Net Force
Again, skip units