Cube Quest: Forces and Motion

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Forces, rotation, and directions

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Liam Mulder

Canadá

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Froggy Jumps Cube Quest: Forces and MotionVersión en línea Forces, rotation, and directions por Liam Mulder 1 If the cube fell to the ground, what is the feautured force? a Muscule b Gravity c 2 A cube on a frictionless table is pushed to the right with 5 N. What is the cube's motion? a It accelerates to the right. b It stops moving. c It accelerates to the left. 3 A horizontal push is applied at the cube’s center of mass. The cube will: a rotate to the left. b rotate in place. c translate linearly to the right. 4 A push at the cube's top edge creates torque. The cube will: a translate to the right without rotation. b rotate clockwise. c rotate counterclockwise. 5 Force applied to the left face mid-height that twists the cube causes: a pure translation to the left. b clockwise rotation. c counterclockwise rotation. 6 If two equal forces push equally on opposite sides through the center, the cube: a accelerates to the right. b experiences no motion or rotation. c rotates clockwise. 7 A pure torque with no net force on the cube will cause: a translation without rotation. b no motion at all. c rotation without translation. 8 Mass is 2 kg and a net 4 N force acts to the right. The acceleration is: a 2 m/s^2 to the left. b 4 m/s^2 to the right. c 2 m/s^2 to the right. 9 Two equal forces applied in opposite directions on the cube create: a no net force; possible rotation if offset torques. b net force to the left. c net force to the right. 10 Which quantity directly determines linear acceleration of the cube? a Torque magnitude. b Mass alone. c Net force. 11 On a table, a constant 3 N force to the right on a 1 kg cube changes velocity by: a 3 m/s to the left after 1 s. b 1 m/s to the right after 3 s. c 3 m/s to the right after 1 s.

Froggy Jumps

Cube Quest: Forces and MotionVersión en línea

Forces, rotation, and directions

por Liam Mulder

If the cube fell to the ground, what is the feautured force?

Muscule

Gravity

A cube on a frictionless table is pushed to the right with 5 N. What is the cube's motion?

It accelerates to the right.

It stops moving.

It accelerates to the left.

A horizontal push is applied at the cube’s center of mass. The cube will:

rotate to the left.

rotate in place.

translate linearly to the right.

A push at the cube's top edge creates torque. The cube will:

translate to the right without rotation.

rotate clockwise.

rotate counterclockwise.

Force applied to the left face mid-height that twists the cube causes:

pure translation to the left.

clockwise rotation.

counterclockwise rotation.

If two equal forces push equally on opposite sides through the center, the cube:

accelerates to the right.

experiences no motion or rotation.

rotates clockwise.

A pure torque with no net force on the cube will cause:

translation without rotation.

no motion at all.

rotation without translation.

Mass is 2 kg and a net 4 N force acts to the right. The acceleration is:

2 m/s^2 to the left.

4 m/s^2 to the right.

2 m/s^2 to the right.

Two equal forces applied in opposite directions on the cube create:

no net force; possible rotation if offset torques.

net force to the left.

net force to the right.

Which quantity directly determines linear acceleration of the cube?

Torque magnitude.

Mass alone.

Net force.

On a table, a constant 3 N force to the right on a 1 kg cube changes velocity by:

3 m/s to the left after 1 s.

1 m/s to the right after 3 s.

3 m/s to the right after 1 s.

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Cube Quest: Forces and Motion

Froggy Jumps

Sobre esta actividad

Creada por

Descarga la versión para jugar en papel

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Froggy Jumps

Cube Quest: Forces and MotionVersión en línea

por Liam Mulder

If the cube fell to the ground, what is the feautured force?

A cube on a frictionless table is pushed to the right with 5 N. What is the cube's motion?

A horizontal push is applied at the cube’s center of mass. The cube will:

A push at the cube's top edge creates torque. The cube will:

Force applied to the left face mid-height that twists the cube causes:

If two equal forces push equally on opposite sides through the center, the cube:

A pure torque with no net force on the cube will cause:

Mass is 2 kg and a net 4 N force acts to the right. The acceleration is:

Two equal forces applied in opposite directions on the cube create:

Which quantity directly determines linear acceleration of the cube?

On a table, a constant 3 N force to the right on a 1 kg cube changes velocity by:

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