Summative: Newton’s First and Second Law

Posljednje ažuriranje 5 months ago

Napomena autora:

The following summative is a digital, performance based exam, which covers the standard MS-PS2-2.

Summative: Newton’s First and Second Law

Posljednje ažuriranje 5 months ago

Napomena autora:

The following summative is a digital, performance based exam, which covers the standard MS-PS2-2.

Fill in the Blank: A/an _________
force causes no change to the acceleration of an object.

Fill in the Blank: A/an _________
force causes a change to the acceleration of an object.

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!

Dependent

Independent

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!

Dependent

Independent

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?

2 kilogram

5 kilogram

8 kilogram

10 kilogram

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.

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 #1 (the left side) in the space below: (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

Summative: Newton’s First and Second Law

Summative: Newton’s First and Second Law

Fill in the Blank: A/an _________
force causes no change to the acceleration of an object.

Fill in the Blank: A/an _________
force causes a change to the acceleration of an object.

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!

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 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.

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 #1 (the left side) in the space below: (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

Label the (left) definition as the appropriate law below:

Label the (right) definition as the appropriate law below:

Fill in the Blank: A/an _________
force causes no change to the acceleration of an object.

Fill in the Blank: A/an _________
force causes a change to the acceleration of an object.

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 22 kilograms and an acceleration of 6 m/s/s. Fill in the equation below with the appropriate variables: (do not include units)

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!

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?

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 #1 (the left side) in the space below: (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

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.

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 #1 (the left side) in the space below: (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

Label the (left) definition as the appropriate law below:

Label the (right) definition as the appropriate law below:

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 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 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 #1 (the left side) in the space below: (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

Summative: Newton’s First and Second Law

Summative: Newton’s First and Second Law

Fill in the Blank: A/an _________force causes no change to the acceleration of an object.

Fill in the Blank: A/an _________force causes a change to the acceleration of an object.

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!

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 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.

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 #1 (the left side) in the space below: (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 ForceAgain, skip units

Label the (left) definition as the appropriate law below:

Label the (right) definition as the appropriate law below:

Fill in the Blank: A/an _________force causes no change to the acceleration of an object.

Fill in the Blank: A/an _________force causes a change to the acceleration of an object.

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 22 kilograms and an acceleration of 6 m/s/s. Fill in the equation below with the appropriate variables: (do not include units)

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!

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?

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 #1 (the left side) in the space below: (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 ForceAgain, skip units

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.

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 #1 (the left side) in the space below: (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 ForceAgain, skip units

Label the (left) definition as the appropriate law below:

Label the (right) definition as the appropriate law below:

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 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 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 #1 (the left side) in the space below: (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 ForceAgain, skip units

Fill in the Blank: A/an _________
force causes no change to the acceleration of an object.

Fill in the Blank: A/an _________
force causes a change to the acceleration of an object.

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.

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

Fill in the Blank: A/an _________
force causes no change to the acceleration of an object.

Fill in the Blank: A/an _________
force causes a change to the acceleration of an object.

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

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.

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