Question:easy

Match the law/principle with the concerned application: \[ \begin{array}{|c|c|} \hline \textbf{Application} & \textbf{Law / Principle} \\ \hline a)\ \text{Hydraulic Lift} & i)\ \text{Bernoulli's Principle} \\ \hline b)\ \text{Speed of Efflux} & ii)\ \text{Torricelli's Law} \\ \hline c)\ \text{Dynamic Lift} & iii)\ \text{Stoke's Law} \\ \hline d)\ \text{Viscous Drag Force} & iv)\ \text{Pascal's Law} \\ \hline \end{array} \]

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Remember the standard applications: \[ \text{Pascal} \rightarrow \text{Hydraulic Lift}, \] \[ \text{Torricelli} \rightarrow \text{Efflux Velocity}, \] \[ \text{Bernoulli} \rightarrow \text{Dynamic Lift}, \] \[ \text{Stoke} \rightarrow \text{Viscous Drag}. \]
Updated On: Jul 29, 2026
  • \[ a-i,\ b-ii,\ c-iii,\ d-iv \]
  • \[ a-i,\ b-iv,\ c-ii,\ d-iii \]
  • \[ a-iv,\ b-i,\ c-iii,\ d-ii \]
  • \[ a-iv,\ b-ii,\ c-i,\ d-iii \]
Show Solution

The Correct Option is D

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