An electric lift is moving downwards with an acceleration of \[\frac{g}{3}.\] The vertical force between a passenger in the lift and its floor is equal to:

\[\frac{3}{4}\] of the passenger's weight

\[\frac{2}{3}\] of the passenger's weight

\[\frac{4}{3}\] of the passenger's weight

An electric lift is moving downwards with an acceleration of \[\frac{g

1.	An electric lift is moving downwards with an acceleration of \[\frac{g}{3}.\] The vertical force between a passenger in the lift and its floor is equal to:
A.	\[\frac{2}{3}\] of the passenger's weight
B.	\[\frac{3}{4}\] of the passenger's weight
C.	Passenger's weight
D.	\[\frac{4}{3}\] of the passenger's weight
Answer» B. \[\frac{3}{4}\] of the passenger's weight

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An electric lift is moving downwards with an acceleration of \[\frac{g}{3}.\] The vertical force between a passenger in the lift and its floor is equal to:

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