Name: Score:
30 Multiple choice questions
Term 1 of 30
Velocity at a point on a displacement-time graph
Gradient of the displacement-time graph
Total displacement / total time
Horizontal line
Gradient of the velocity-time graph
Definition 2 of 30
When one surface is prevented from moving into
the space occupied by another surface, then a
force is exerted at right angles to the surfaces.
Normal reaction
Friction
Tension
Resultant force
Term 3 of 30
How to deal with s > 0 when t = 0
Normal contact force.
Replace s with (s- s0)
Tan-1(q/p)
Displacement on a velocity-time graph (area below is negative)
,Definition 4 of 30
When one object exerts a force on another there is
always a reaction which is equal in magnitude and
opposite in direction to the acting force.
Unbalanced forces
String: tension/thrust
Newton's third law
Newton's second law
Term 5 of 30
Acceleration at a point on a velocity-time graph
Horizontal line
Gradient of the displacement-time graph
Constant gradient (straight line) on a velocity-time graph
Gradient of the velocity-time graph
Definition 6 of 30
When a force has the effect of pulling then there
is tension in the connection.
Compression
Weight
Thrust
Tension
,Definition 7 of 30
When a body is in equilibrium, (at rest or moving
with constant velocity) the forces on it balance.
Equilibrium
Inertia
Normal Reaction
Weight
Definition 8 of 30
Total displacement / total time
Average Velocity
Displacement
Instantaneous Velocity
Average Speed
Definition 9 of 30
Constant gradient (straight line) on a velocity-time graph
Average acceleration
Constant acceleration on a velocity-time graph
Derivative of velocity
Constant velocity on a displacement-time graph
, Term 10 of 30
How do you know when an object reaches maximum velocity?
Acceleration reaches a maximum
Acceleration equals zero
Honey badger don't care about acceleration
Acceleration is proportional to force.
Definition 11 of 30
Velocity
Derivative of velocity
Resultant force
Derivative of velocity
Derivative of displacement
Definition 12 of 30
Change in velocity / time
Average Speed
Average Acceleration
Instantaneous Acceleration
Tension
30 Multiple choice questions
Term 1 of 30
Velocity at a point on a displacement-time graph
Gradient of the displacement-time graph
Total displacement / total time
Horizontal line
Gradient of the velocity-time graph
Definition 2 of 30
When one surface is prevented from moving into
the space occupied by another surface, then a
force is exerted at right angles to the surfaces.
Normal reaction
Friction
Tension
Resultant force
Term 3 of 30
How to deal with s > 0 when t = 0
Normal contact force.
Replace s with (s- s0)
Tan-1(q/p)
Displacement on a velocity-time graph (area below is negative)
,Definition 4 of 30
When one object exerts a force on another there is
always a reaction which is equal in magnitude and
opposite in direction to the acting force.
Unbalanced forces
String: tension/thrust
Newton's third law
Newton's second law
Term 5 of 30
Acceleration at a point on a velocity-time graph
Horizontal line
Gradient of the displacement-time graph
Constant gradient (straight line) on a velocity-time graph
Gradient of the velocity-time graph
Definition 6 of 30
When a force has the effect of pulling then there
is tension in the connection.
Compression
Weight
Thrust
Tension
,Definition 7 of 30
When a body is in equilibrium, (at rest or moving
with constant velocity) the forces on it balance.
Equilibrium
Inertia
Normal Reaction
Weight
Definition 8 of 30
Total displacement / total time
Average Velocity
Displacement
Instantaneous Velocity
Average Speed
Definition 9 of 30
Constant gradient (straight line) on a velocity-time graph
Average acceleration
Constant acceleration on a velocity-time graph
Derivative of velocity
Constant velocity on a displacement-time graph
, Term 10 of 30
How do you know when an object reaches maximum velocity?
Acceleration reaches a maximum
Acceleration equals zero
Honey badger don't care about acceleration
Acceleration is proportional to force.
Definition 11 of 30
Velocity
Derivative of velocity
Resultant force
Derivative of velocity
Derivative of displacement
Definition 12 of 30
Change in velocity / time
Average Speed
Average Acceleration
Instantaneous Acceleration
Tension
