If force F,velocity V,and time T are taken as | vedclass

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(D) The formula for pressure is $P = \frac{	ext{Force}}{	ext{Area}}$.Since $	ext{Force} = F$,we need to express $	ext{Area}$ in terms of $F, V,$ a

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$1$

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(D) The formula for pressure is $P = \frac{	ext{Force}}{	ext{Area}}$.Since $	ext{Force} = F$,we need to express $	ext{Area}$ in terms of $F, V,$ and $T$.We know that $	ext{Velocity} (V) = \frac{	ext{Distance}}{	ext{Time}}$,so $	ext{Distance} = V 	imes T$.Therefore,$	ext{Area} = (	ext{Distance})^2 = (V 	imes T)^2 = V^2 T^2$.Substituting these into the pressure formula: $P = \frac{F}{V^2 T^2} = F^1 V^{-2} T^{-2}$.The dimension of force in pressure is the exponent of $F$,which is $1$.

If force $F$,velocity $V$,and time $T$ are taken as fundamental units,then the dimension of force in the pressure is:

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