A rectangular block with mass 2 kg is sliding down an incline plane at angle of 30∘. The block is separated from the plane by a lubrication oil with dynamic viscoscity 0.25 Nsm−2 having spacing of 1 mm. The base of the block has an area of 20 cm×50 cm. Determine the terminal velocity (when acceleration is zero) of the block as it slides down the plane

A rectangular block with mass 2 kg is sliding down an incline plane at

1.	A rectangular block with mass 2 kg is sliding down an incline plane at angle of 30∘. The block is separated from the plane by a lubrication oil with dynamic viscoscity 0.25 Nsm−2 having spacing of 1 mm. The base of the block has an area of 20 cm×50 cm. Determine the terminal velocity (when acceleration is zero) of the block as it slides down the plane
Answer» A rectangular block with mass $2 kg$ is sliding down an incline plane at angle of $30^{\circ}$ . The block is separated from the plane by a lubrication oil with dynamic viscoscity $0.25 {Nsm}^{- 2}$ having spacing of $1 mm$ . The base of the block has an area of $20 cm \times 50 cm$ . Determine the terminal velocity (when acceleration is zero) of the block as it slides down the plane

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