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3T Quiz accelerating and braking

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A car accelerates; calculate acceleration, force, velocity, distance and time.

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Netherlands
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3T Quiz accelerating and braking
 

3T Quiz accelerating and brakingOnline version

A car accelerates; calculate acceleration, force, velocity, distance and time.

by Elsbeth Hupkes - van der Togt
1

A 500 kg car accelerates. The motor force is 1350 N and the (average) resistance is 100 N. Calculate the (average) acceleration.

2

A 500 kg car has an initial velocity of 5 m/s. Then it accelerates during three seconds with an average acceleration of 2.5 m/s2. What is the velocity of the car after this acceleration?

3

A 500 kg car has an initial velocity of 5 m/s. Then it accelerates during three seconds with an acceleration of 2.5 m/s2. What distance does the car drive during these three seconds.

4

A 500 kg car drives with a velocity of 12.5 m/s. What is its velocity in km/h?

5

A 500 kg car is going with a velocity of 45 km/h. Suddenly the car has to brake. The average braking force is 5000 N. Calculate the time it takes for the car to come to a standstill.

Feedback

Reken eerst de resulterende kracht uit: 1250 N. Gebruik dan F = m*a, dus a = F/m.

Gebruik de formule a = Δv/Δt. De tijd is drie seconden. De toename in snelheid is dan gelijk aan a*Δt = 7,5 m/s. Omdat de auto al een snelheid van 5 m/s had, is de eindsnelheid 12,5 m/s

De eindsnelheid van de auto is 12,5 meter per seconde (zie vorige vraag). De gemiddelde snelheid is dan gelijk aan (5+12,5)/2 = 8,75 m/s. Reken de afstand uit met s = vgem*t.

Reken eerst de snelheid uit in m/s. Gebruik de tweede wet van Newton om de versnelling uit te rekenen: a = F/m = 10m/s2. Reken dan de tijd uit met a = Δv/Δt.

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