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WorksheetsForces and Graphs Basics L1 NCEA
Total questions: 10
Worksheet time: 24mins
Link the motion for A with the named forces and their size relative to each other that cause the motion.
Acceleration as the trust force is bigger than the frictions force.. . .
Deceleration as the friction force is bigger than the thrust force . . .
Constant velocity as the trust force is equal and opposite to the thrust force, cancelling each other out. . . ..
No motion as the thrust force has not yet been bigger than the friction force to cause any movement . . .
Link the motion for B with the named forces and their size relative to each other that cause the motion.
Acceleration as the trust force is bigger than the frictions force.. . .
Deceleration as the friction force is bigger than the thrust force . . .
Constant velocity as the trust force is equal and opposite to the thrust force, cancelling each other out. . . ..
No motion as the thrust force has not yet been bigger than the friction force to cause any movement . . .
Link the motion for C with the named forces and their size relative to each other that cause the motion.
Acceleration as the trust force is bigger than the frictions force.. . .
Deceleration as the friction force is bigger than the thrust force . . .
Constant velocity as the trust force is equal and opposite to the thrust force, cancelling each other out. . . ..
No motion as the thrust force has not yet been bigger than the friction force to cause any movement . . .
What is the definition of a net force.
It is the total force acting on the object at any one time.
It is the thrust force acting on the object.
It is the smallest force actin on an object
It is when no forces act on an object at all.
Link the motion for C with any net force acting.
Acceleration as the net force is acting in the direction of friction causing the object to speed up . .
Acceleration as the net force is acting in the direction of thrust of the engine causing the object to speed up . . . . .
Constant velocity as there is no net force acting in any direction.
No motion as the net force has not yet happened as friction is still bigger than thrust force.
Link the motion for A with any net force acting.
Acceleration as the net force is acting in the direction of friction causing the object to speed up . .
Acceleration as the net force is acting in the direction of thrust of the engine causing the object to speed up . . . . .
Constant velocity as there is no net force acting in any direction.
No motion as the net force has not yet happened as friction is still bigger than thrust force.
Which graph(s) shows no net force acting . .
A
B
D
E
F
Which graph(s) shows a net force acting in the direction of friction.
A
B
D
E
F
Which graph(s) shows a net force acting in the direction of thrust.
A
B
D
E
F
What does the shaded lines under the graph show you?
Speed traveled
Time taken
Distance traveled
Average speed taken
Average time taken
