Centripetal Motion Challenge

Froggy Jumps

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À propos de cette activité

Test your understanding of centripetal force and circular motion.

Créé par

fatima ahmad

Jordan

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Froggy Jumps Centripetal Motion ChallengeVersion en ligne Test your understanding of centripetal force and circular motion. par fatima ahmad 1 What force keeps a car moving in a curved path on a level road? a Centripetal force b Crictional force c Normal force 2 In uniform circular motion, the centripetal force acts toward the a Along the velocity direction b Outside the circle c Center of the circle 3 Which formula gives centripetal force for a mass m traveling at speed v with radius r? a F_C = m v^2 / r b F_C = m v / r c F_C = m g r 4 If radius doubles while speed stays the same, centripetal force a Halves b Doubles c Stays the same 5 The centripetal acceleration formula is a a_C = v^2 / r b a_C = g / r c a_C = r / v^2 6 Which quantity remains constant in uniform circular motion? a Velocity direction b Radius c Speed 7 If a car negotiates a bend and begins to slide outward, this is due to a Centripetal friction reaching maximum b Excess centripetal force c Insufficient centripetal force 8 For a satellite in circular orbit, what provides the centripetal force? a Normal force b Frictional force c Gravitational force 9 If velocity is constant, but direction changes, the object a Experiences centripetal acceleration b Has tangential acceleration only c Has zero acceleration 10 The equation FC = m a_C links centripetal force to a Tangential speed and mass b Centripetal acceleration and radius c Gravitational constant and radius

Froggy Jumps

Centripetal Motion ChallengeVersion en ligne

Test your understanding of centripetal force and circular motion.

par fatima ahmad

What force keeps a car moving in a curved path on a level road?

Centripetal force

Crictional force

Normal force

In uniform circular motion, the centripetal force acts toward the

Along the velocity direction

Outside the circle

Center of the circle

Which formula gives centripetal force for a mass m traveling at speed v with radius r?

F_C = m v^2 / r

F_C = m v / r

F_C = m g r

If radius doubles while speed stays the same, centripetal force

Halves

Doubles

Stays the same

The centripetal acceleration formula is

a_C = v^2 / r

a_C = g / r

a_C = r / v^2

Which quantity remains constant in uniform circular motion?

Velocity direction

Radius

Speed

If a car negotiates a bend and begins to slide outward, this is due to

Centripetal friction reaching maximum

Excess centripetal force

Insufficient centripetal force

For a satellite in circular orbit, what provides the centripetal force?

Normal force

Frictional force

Gravitational force

If velocity is constant, but direction changes, the object

Experiences centripetal acceleration

Has tangential acceleration only

Has zero acceleration

The equation FC = m a_C links centripetal force to

Tangential speed and mass

Centripetal acceleration and radius

Gravitational constant and radius

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Centripetal Motion Challenge

Froggy Jumps

À propos de cette activité

Créé par

Téléchargez la version pour jouer sur papier

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Centripetal Motion ChallengeVersion en ligne

par fatima ahmad

What force keeps a car moving in a curved path on a level road?

In uniform circular motion, the centripetal force acts toward the

Which formula gives centripetal force for a mass m traveling at speed v with radius r?

If radius doubles while speed stays the same, centripetal force

The centripetal acceleration formula is

Which quantity remains constant in uniform circular motion?

If a car negotiates a bend and begins to slide outward, this is due to

For a satellite in circular orbit, what provides the centripetal force?

If velocity is constant, but direction changes, the object

The equation FC = m a_C links centripetal force to

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