5. Jim's mass is m = 62 kg. He is standing in a lift (an elevator), with no motion relative to the lift. a) The lift accelerates upwards at 2.0 m.s-2. what is the magnitude of the force the floor of the lift exerts on Jim? newtons Using the information from - above: b) Later, the lift accelerates downwards at 2.0 m.s. What is the magnitude of the force the floor of the lift exerts on Jim? (Think carefully.) newtons
5. Jim's mass is m = 62 kg. He is standing in a lift (an elevator), with no motion relative to the lift. a) The lift accelerates upwards at 2.0 m.s-2. what is the magnitude of the force the floor of the lift exerts on Jim? newtons Using the information from - above: b) Later, the lift accelerates downwards at 2.0 m.s. What is the magnitude of the force the floor of the lift exerts on Jim? (Think carefully.) newtons
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5.7
Transcribed Image Text:Using the information from
above:
C) Just suppose that the lift were to accelerate downwards at 10.0 m.s2. What force would the floor of the lift exert on Jim?
newtons
Transcribed Image Text:5.
Jim's mass is m = 62 kg. He is standing in a lift (an elevator), with no motion relative to the lift.
a) The lift accelerates upwards at 2.0 m.s-2. what is the magnitude of the force the floor of the lift exerts on Jim?
newtons
Using the information from
above:
b) Later, the lift accelerates downwards at 2.0 m.s 2. What is the magnitude of the force the floor of the lift exerts on Jim? (Think carefully.)
newtons
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