Consider a modified Bernoulli equation. ( P + ABt^2 ) + g(h + Bt) + 12 V^2 = constant If has the dimension of time then the dimensions of and are ______, ______ respectively....

Consider a modified Bernoulli equation P fracABt 2 rho g h B: null (Physics) | DivineJEE

Exam 2026 21st January Shift 1

Physics

Consider a modified Bernoulli equation.

\left( P + \frac{A}{Bt^2} \right) + \rho g(h + Bt) + \frac{1}{2}\rho V^2 = \text{constant}

t

has the dimension of time then the dimensions of

A

and

B

are ______, ______ respectively.

[ML^0T^{-1}]

and

[M^0LT]

[ML^0T^{-1}]

and

[M^0LT^{-1}]

[ML^0T^{-2}]

and

[M^0LT^{-2}]

[ML^0T^{-2}]

and

[M^0LT^{-1}]

Select an option to instantly check whether it is correct or wrong.

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