Free Body Diagram Problems || Apparent Weight in Elevator

Free Body Diagram Problems || Newton's Law

The apparent weight of a body

For a body floating on water, apparent weight is equal to :

Free Body Diagram|Exercise Questions|Tension

Examples on Free Body Diagram || Calculation OF Normal Forces

Free Body Diagram || Examples on Free Body Diagram || Tension Force & String-Block Problem

If W be the weight of a body of density rho in vacuum then its apparent weight in air of density sigma is

Newton's Third Law|Free Body Diagram|System|Types Of Forces

Assertion : The apparent weight of a body in an elevator moving with some downward acceleration is less than the actual weight of body. Reason : The part of the weight is spent in producing downward acceleration, when body is in elevator.

You step into an elevator, and it accelerates to a downward speed of 9.2 m/s in 2.1 s. How does your apparent weight during this acceleration compare with your actual weight? Apparent weight is