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2 tug of war teams are pulling on the same rope. If the right team wins by pulling over the left team, which of the following statements is correct?
magnitude and direction
the net force on the rope is to the right
it travels at a constant speed
air resistance
the friction force on the wheels gets bigger than the thrust
There is not enough gravity
8N to the right
13.5km
Vector quantities have
magnitude and direction
the net force on the rope is to the right
it travels at a constant speed
air resistance
the friction force on the wheels gets bigger than the thrust
There is not enough gravity
8N to the right
13.5km
2 dogs are pulling the same rope in opposite directions. Dog 1 pulls the rope with a force of 15N to the left, and Dog 2 pulls the rope 23N to the right. What is the NET FORCE on the rope?
magnitude and direction
the net force on the rope is to the right
it travels at a constant speed
air resistance
the friction force on the wheels gets bigger than the thrust
There is not enough gravity
8N to the right
13.5km
When a racing car approaches a bend, the driver will press on the brake. Which of the following statements explains why the car will slow down?
magnitude and direction
the net force on the rope is to the right
it travels at a constant speed
air resistance
the friction force on the wheels gets bigger than the thrust
There is not enough gravity
8N to the right
13.5km
A cyclist travels 10km from his home. He then drives 3.5km back along the same road to his favourite cafe for lunch. What distance has he travelled?
magnitude and direction
the net force on the rope is to the right
it travels at a constant speed
air resistance
the friction force on the wheels gets bigger than the thrust
There is not enough gravity
8N to the right
13.5km
It would be very difficult to drive a car on the Moon. Why?
magnitude and direction
the net force on the rope is to the right
it travels at a constant speed
air resistance
the friction force on the wheels gets bigger than the thrust
There is not enough gravity
8N to the right
13.5km
What happens to the speed of a motorbike if the drag and thrust forces are balanced?
magnitude and direction
the net force on the rope is to the right
it travels at a constant speed
air resistance
the friction force on the wheels gets bigger than the thrust
There is not enough gravity
8N to the right
13.5km
Which of the following is a 'resistive' force?
magnitude and direction
the net force on the rope is to the right
it travels at a constant speed
air resistance
the friction force on the wheels gets bigger than the thrust
There is not enough gravity
8N to the right
13.5km
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