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We know that every derived quantity can be written in terms of some of the fundamental quantities. For example, volume = `("length")^(3), "speed" = ("lenght")/("time")`. Using the definitions of the following quanitities, express force in terms of fundamental quantities. Represent mass as [M], length as [L] and time as[T]. (i) Displacement = shortest distance betweenj the inital and final positions. (ii) Velocity = `("displacement")/("time")` (iii) Momentum = `"mass" xx "velocity"` brgt (iv) Force = `("momentum")/("time")` |
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Answer» (i) Speed = `(distance)/(time)` (ii) [L] (iii) `[LT^(-1)]` (iv) `[MLT^(-1)]` (v)`[MLT^(-2)]` |
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