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Card 16
Front
How would you calculate the resultant force on an object when two forces are acting in the same direction?
Back
Card 17
Front
If the resultant force on an object is increased, what will happen to its acceleration?
Back
Card 18
Front
Write down the word equation that links the resultant force, the mass and the acceleration.
Back
Card 19
Front
Resultant force = mass × acceleration
Back
Card 20
Front
Using the equation, calculate the resultant force acting on an object of mass 2 kg and an acceleration of 3 m/s2.
Back
Card 21
Front
Write down the rearranged version of the equation used to find acceleration
Back
Card 22
Front
True or false: the acceleration of an object is in the opposite direction to the resultant force acting on it?
Back
Card 23
Front
What happens to the speed of an object if the resultant force acts in the opposite direction to its velocity?
Back
Card 24
Front
Give two examples of resistive forces acting on a car in motion.
Back
Card 25
Front
Write down an equation which can be used to find the braking force needed to stop a vehicle.
Back
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