A particle is thrown up vertically with initial speed v0, reaches a maximum height and falls back to the ground. Show that the Coriolis deflection when it again reaches the ground is opposite in direction, and four times greater in magnitude, than the Coriolis deflection when it is dropped at rest from the same maximum height.

A particle is thrown up vertically with initial speed v0, reaches a maximum height and falls back to the ground. Show that the Coriolis deflection when it again reaches the ground is opposite in direction, and four times greater in magnitude, than the Coriolis deflection when it is dropped at rest from the same maximum height.

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Question

A particle is thrown up vertically with initial speed v₀, reaches a maximum height and falls back to the ground. Show that the Coriolis deflection when it again reaches the ground is opposite in direction, and four times
greater in magnitude, than the Coriolis deflection when it is dropped at rest
from the same maximum height.

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