Question 6 (motion to force) A 1000 kg car with you in it accelerates from rest...

Question

Question

Question 6 (motion to force) A 1000 kg car with you in it accelerates from rest to 32 m/s in a time of 4 seconds. You are 50 kg. a. With how much force does the ground push the car forward? b. With how much force does the seat push you forward?

science physics

Add a comment Improve this question Transcribed image text

Answer 1

Answer #1

ひ indin o ms F- (5) 18)

Add a comment

Answer 2

Similar Homework Help Questions

Question 6 (motion to force) A 1000 kg car with you in it accelerates from rest...

Question 6 (motion to force) A 1000 kg car with you in it accelerates from rest to 32 m/s in a time of 4 seconds. You are 50 kg. a. With how much force does the ground push the car forward? b. With how much force does the seat push you forward?
3. An engine exerts a force of 10000 N on a 1000 kg car travelling over...

3. An engine exerts a force of 10000 N on a 1000 kg car travelling over a flat road. The force (overcoming friction) accelerates the car from rest such that it travels a distance of 50 m in 5 s Find e. the net acceleration of the car, f. normal force exerted by the road on the car, and g. the coefficient of kinetic friction between the car and the road? 4. A 10 kg block is initially at rest...
A car accelerates from rest at S m/s for 5 seconds. It moves with a constant...

A car accelerates from rest at S m/s for 5 seconds. It moves with a constant velocity for 15 seconds, and then decelerates at 5 m/s to come to rest in 5 seconds. The entire journey takes 25 seconds. Plot the velocity-time graph of the motion AND determine the total distance the car travelled. (10 pts.) 4.

A car of mass 1,276 kg accelerates from rest to 22.7 m/s in 6.17 s. How...

A car of mass 1,276 kg accelerates from rest to 22.7 m/s in 6.17 s. How much force was required to do this?
A 1.91 x 1000 kg car accelerates uniformly from rest to 11.1 m/s in 2.91 s

A 1.91 x 1000 kg car accelerates uniformly from rest to 11.1 m/s in 2.91 s
There is a 7.8 × 10^3 kg car accelerates from rest at the top of a...

There is a 7.8 × 10^3 kg car accelerates from rest at the top of a driveway that is sloped at an angle of 19.8◦ with horizontal. average frictional force of 4.3×103 N impedes its motion so car’s speed at bottom of driveway is 4.2 m/s. a= 9.81 m/s2 . What is the length of the driveway? Answer in units of m.

A 972-kg car starts from rest on a horizontal roadway and accelerates eastward for 5.00 s...

A 972-kg car starts from rest on a horizontal roadway and accelerates eastward for 5.00 s when it reaches a speed of 30.0 m/s. What is the average force exerted on the car during this time? kN eastward
Defining motion with equations extended Example: An aircraft starts from rest and accelerates on a straight...

Defining motion with equations extended Example: An aircraft starts from rest and accelerates on a straight runway at a rate of 8 m/s for 400 meters. How much time does this take? Example: Another car can go from 3 s. How far does the car go while it accelerates! Vo = 0 X= Xo +Vot that? voso x= xo to(t) + ² (1) It? v= 30mis a = 8m/s² X=Xo + Ot & utz v=votat 305 ota (3) a It=7...
A jogger accelerates from rest to 5.84 m/s in 3.02 s. A car accelerates from 24.4...

A jogger accelerates from rest to 5.84 m/s in 3.02 s. A car accelerates from 24.4 to 44.7 m/s also in 3.02 s. (a) Find the magnitude of the acceleration of the jogger. (b) Determine the magnitude of the acceleration of the car. (c) How much further does the car travel than the jogger during the 3.02 s?

A jogger accelerates from rest to 5.47 m/s in 2.18 s. A car accelerates from 21.2...

A jogger accelerates from rest to 5.47 m/s in 2.18 s. A car accelerates from 21.2 to 32.2 m/s also in 2.18 s. (a) Find the magnitude of the acceleration of the jogger. (b) Determine the magnitude of the acceleration of the car. (c) How much further does the car travel than the jogger during the 2.18 s?

Question 6 (motion to force) A 1000 kg car with you in it accelerates from rest...

Homework Answers