Time (T), velocity (3) and angular momentum (h) are chosen as fundamental quantities instead of mass, length and time. In terms of these, the dimensions of mass would beA. `[M]=[T^(-1)C^(-2)h]`B. `[M]=[TC^(-2)h]`C. `[M]=[T^(-1)C^(-2)h^(-2)]`D. `[M]=[T^(-1)C^(2)h]`

Time (T), velocity (3) and angular momentum (h) are chosen as fundamen

1.	Time (T), velocity (3) and angular momentum (h) are chosen as fundamental quantities instead of mass, length and time. In terms of these, the dimensions of mass would beA. `[M]=[T^(-1)C^(-2)h]`B. `[M]=[TC^(-2)h]`C. `[M]=[T^(-1)C^(-2)h^(-2)]`D. `[M]=[T^(-1)C^(2)h]`
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Time (T), velocity (3) and angular momentum (h) are chosen as fundamental quantities instead of mass, length and time. In terms of these, the dimensions of mass would beA. `[M]=[T^(-1)C^(-2)h]`B. `[M]=[TC^(-2)h]`C. `[M]=[T^(-1)C^(-2)h^(-2)]`D. `[M]=[T^(-1)C^(2)h]`

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