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Bethel Physics 6 Applying Newton's Laws Flashcards | StudBud
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Bethel Physics 6 Applying Newton's Laws
Bethel Physics 6 Applying Newton's Laws
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1
Aligning an axis of the coordinate system with an inclined plane makes the problem easier to solve
True
False
2
the force resisting movement between two objects trying to slide past each other
tension
static friction
kinetic friction
rolling friction
3
An ideal pulley contains a wheel and an axle that are both massless and frictionless
True
False
4
Only one type of friction must be considered in any type of physics problem
True
False
5
the force on an object when in contact with a surface that acts perpendicular to the surface
normal force
apparent weight
kinetic friction
gravity
6
In a free-body diagram, forces that a system is exerting are not shown
False
True
7
What force causes the acceleration of an object down a frictionless inclined plane?
gravity
normal force
tension
the component of gravity along the plane
8
the force that opposes the motion of 2 objects sliding past each other
kinetic friction
gravity
apparent weight
normal force
9
When solving physics problems, we must orient the x-axis horizontally and the y-axis vertically
False
True
10
A rock is accelerated upward using an ideal string. Which statement about the tension in the string is true?
The tension is independent of the rock's acceleration
The tension is less than the weight of the rock
The tension points downward
The tension is greater than the weight of the rock
11
An ideal string acting on a block
pulls in line with the string
cannot transmit a force around corners
has a small mass
will stretch to reduce friction
12
Friction on an object sliding down an inclined plane is independent of the object's weight
True
False
13
the pull force exerted by a string or cable
tension
static friction
kinetic friction
rolling friction
14
In tug of war, 2 teams pull on an ideal string with a force of 1000 N. If the rope does not move, the tension is
2000 N
1000 N
0 N
500 N
15
the normal force exerted on an object accelerating in the vertical direction
gravity
apparent weight
kinetic friction
normal force