Would the value of acceleration of the cart change, if it were pushed down the track with some initial velocity (instead of starting from V = 0)? (ignoring air resistance)? 1-No 2-Yes 3-Depends on the speed The acceleration of the cart will be higher if the angle of the track were bigger. How would that affect the value of 'g'? 1-Yes, it would also get bigger 2-No, 'g' remains same. 3-Yes, it would get smaller For the inclined plane, which of the following would affect the acceleration of the car (may be more than one): Angle of tilt Mass on the car Friction on the wheels Length of the track
Would the value of acceleration of the cart change, if it were pushed down the track with some initial velocity (instead of starting from V = 0)? (ignoring air resistance)? 1-No 2-Yes 3-Depends on the speed The acceleration of the cart will be higher if the angle of the track were bigger. How would that affect the value of 'g'? 1-Yes, it would also get bigger 2-No, 'g' remains same. 3-Yes, it would get smaller For the inclined plane, which of the following would affect the acceleration of the car (may be more than one): Angle of tilt Mass on the car Friction on the wheels Length of the track
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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Would the value of acceleration of the cart change, if it were pushed down the track with some initial velocity (instead of starting from V = 0)? (ignoring air resistance)?
1-No
2-Yes
3-Depends on the speed
The acceleration of the cart will be higher if the angle of the track were bigger. How would that affect the value of 'g'?
1-Yes, it would also get bigger
2-No, 'g' remains same.
3-Yes, it would get smaller
For the inclined plane, which of the following would affect the acceleration of the car (may be more than one):
-
- Angle of tilt
- Mass on the car
- Friction on the wheels
- Length of the track
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