Answer:
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- I.A. -
The distance increases per minute, levels out, then continued increasing.
Answer:
(a) x = mg/k
(b) k = 2mg/h
Explanation:
(a) Kate will hang without oscillating when the equilibrium condition is satisfied.
At equilibrium, the net force on Kate will be equal to zero.
Therefore,
(b) If Kate touches the surface of the river on her first downward trip, then by the conservation of energy we can find the spring constant: