Upward acceleration just causes the acceleration due to gravity increases by some value, but since the term of ' \(g\) ' gets cancelled out in the buoyancy equation.
Volume immersed \(\times \rho_w \times g=\) Total volume \(\times \rho_{\text {gabe }} \times g\)
So, increasing it will not have any effect on the immersed volume.
કોલમ - $\mathrm{I}$ | કોલમ - $\mathrm{II}$ |
$(a)$ વેલોસિટી હેડ | $(i)$ $\frac{P}{{\rho g}}$ |
$(b)$ પ્રેશર હેડ | $(ii)$ $h$ |
$(iii)$ $\frac{{{v^2}}}{{2g}}$ |