AP Physics

Description

Quiz on AP Physics, created by akhartke on 05/12/2014.
akhartke
Quiz by akhartke, updated more than 1 year ago
akhartke
Created by akhartke about 11 years ago
7
1

Resource summary

Question 1

Question
Assuming that the box is moving to the right, what is the magnitude and direction of the force applied by the person pushing?
Answer
  • 2 N, right
  • 2 N, left
  • 0.4 N, right
  • 0.4 N, left
  • 10 N, left

Question 2

Question
A car slides up a frictionless inclined plane. How does the normal force of the incline on the car compare with the weight of the car?
Answer
  • The normal force must be equal to the car's weight.
  • The normal force must be less than the car's weight.
  • The normal force must be greater than the car's weight.
  • The normal force must be zero.
  • The normal force could have any value relative to the car's weight.

Question 3

Question
What is the magnitude of the acceleration of the 40 kg block?
Answer
  • 0.5 m/s•s
  • 1 m/s•s
  • 2 m/s•s
  • 4 m/s•s
  • 5 m/s•s

Question 4

Question
What is the magnitude of the tension T in the rope that connects the two blocks?
Answer
  • 0 N
  • 10 N
  • 20 N
  • 40 N
  • 50 N

Question 5

Question
Two people are pulling on the ends of a rope. Each person pulls with a force of 100 N. The tension in the rope is:
Answer
  • 0 N
  • 50 N
  • 100 N
  • 141 N
  • 200 N

Question 6

Question
What must be necessary for the driver to feel weightless?
Answer
  • at the top of a hill when v > √gr
  • at the bottom of a hill when v > √gr
  • going down a hill when v = √gr
  • at the top of a hill when v < √gr
  • at the bottom of a hill when v < √gr

Question 7

Question
In which position would the tension in the string be largest?
Answer
  • The tension in mass A
  • The tension in mass B
  • The tension in mass C
  • The tension in mass D
  • All strings have the same tension

Question 8

Question
What is the magnitude of the acceleration of the "two block" system?
Answer
  • 1 m/s•s
  • 2 m/s•s
  • 3 m/s•s
  • 6 m/s•s
  • 15 m/s•s

Question 9

Question
What is the magnitude of the force of static friction between the top and bottom blocks?
Answer
  • 0 N
  • 10 N
  • 20 N
  • 25 N
  • 30 N

Question 10

Question
What is the minimum coefficient of static friction necessary to keep the top block from slipping on the bottom block?
Answer
  • 0.05
  • 0.10
  • 0.20
  • 0.30
  • 0.40

Question 11

Question
A satellite orbiting the Earth with a radius of R has an acceleration due to gravity of Ag. If the radius is doubled, what is the acceleration of the satellite?
Answer
  • Ag
  • Ag/4
  • Ag/2
  • Ag/3
  • Ag/16

Question 12

Question
What is the tension in the horizontal cable?
Answer
  • 87 N
  • 150 N
  • 170 N
  • 260 N
  • 300 N
Show full summary Hide full summary

Similar

The Princeton Review Chapter 9 Rotational Motion
Anibal Santamaria
The Princeton Review Chapter 8 Linear Momentum
Anibal Santamaria
Rotational Motion
Kate S
Kinematics Formulas
Sara Craig
Rotational Kinematics MC Review
Kate S
Minds on Physics 02 Kinematics Concepts - Distance vs. Displacement
Anibal Santamaria
The Princeton Review Chapter 7 Work, Energy, and Power
Anibal Santamaria
Physics
Arieanna Nazir
Minds on Physics 01 Kinematics Concepts - Scalars and Vectors
Anibal Santamaria
The Princeton Review Chapter 9 Στεροφική κίνηση Rotational Motion
Ioannis Kanellopoulos