Cube Quest: Forces and Motion

Froggy Jumps

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Forces, rotation, and directions

Créé par

Liam Mulder

Canada

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Cube Quest: Forces and Motion


Froggy Jumps Cube Quest: Forces and MotionVersion en ligne Forces, rotation, and directions par 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.

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Cube Quest: Forces and Motion

Froggy Jumps

À propos de cette activité

Créé par

Téléchargez la version pour jouer sur papier

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Cube Quest: Forces and MotionVersion en ligne

par 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: