Two objects of equal mass rest on the opposite pans of an arm balance. Does the scale remain balance when it is accelerated up or down in a life ?

Assertion :- Two objects of equal mass rest on the opposite pan of an arm balance. Scale will remains balanced, when it is accelerated up or down in a lift. Reason :- Both masses experience equal fictitious forces magnitude as well as direction.

Assertion :- Two objects of equal mass rest on the opposite pan of an arm balance. Scale will remains balanced, when it is accelerated up or down in a lift. Reason :- Both masses experience equal fictitious forces magnitude as well as direction.

Assertion :- Two objects of equal mass rest on the opposite pan of an arm balance. Scale will remains balanced, when it is accelerated up or down in a lift. Reason :- Both masses experience equal fictitious forces magnitude as well as direction.

Two equal masses are kept on the pans of a simple balance in a lift acceleration upward. Then.

Two bodies of equal masses are kept on the scale pans of a beam balance in a lift. If the lift starts moving up with an acceleration, will the beam balance be in equilibrium?

When two solids are put in two pans of a beam balance, they exactly balance each other in air. When the two solids are completely immersed in water alongwith pans of balance, then they no longer balance each other. Which of the following is the incorrect statement about these balls?

Two identical blocks of mass m are suspended from a beam balance whose scale pans differ in vertical height by h(h

Two identical blocks of mass m are suspended from a beam balance whose scale pans differ in vertical height by h(h