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A body is said to be in state of………..whe...

A body is said to be in state of………..when its apparent weight is zero.

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To solve the question "A body is said to be in a state of __________ when its apparent weight is zero," we need to understand the concept of apparent weight and the conditions under which it becomes zero. ### Step-by-Step Solution: 1. **Understanding Apparent Weight**: - Apparent weight is the weight that an object seems to have when it is in a non-inertial frame of reference, such as an accelerating lift or elevator. It can be different from the actual weight due to acceleration. 2. **Condition for Apparent Weight to be Zero**: ...
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Knowledge Check

  • The apparent weight of a body

    A
    may be positive
    B
    may be negative
    C
    may be zero
    D
    is always positive
  • If W be the weight of a body of density rho in vacuum then its apparent weight in air of density sigma is

    A
    `(Wrho)/(sigma)`
    B
    `W(rho/sigma - 1)`
    C
    `W/(rho) sigma`
    D
    `W(1 - (sigma)/(rho))`
  • A reaction is said to be in equilibrium state when

    A
    formation of products is minimum
    B
    reactants are completely converted into products
    C
    reactants and products are preseni in equal amounts
    D
    the rate of forward reaction becomes equal to the rate of backward reaction
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