When at rest, a liquid stands at the same level in the tubes shown in figure. But as indicated a height difference h occurs when the system is given an acceleration a towards the right. Here, h is equal to

A liquid stands at the plane level in the U-tube when at rest. If areas of cross-section of both the limbs are equal, what will be the difference in height h of the two limbs of U-tube, when the system is given an acceleration a in horizontal direction towards right as shown?

A liquid stands at the plane level in the U-tube when at reat. If areals of cross-section of both the limbs are equal, what will be the difference in height h of the two limbs of U-tube, when the sustem is given an acceleration a in horizontal direction towards right as shown?

A liquid stands at the plane level in the U-tube when at reat. If areals of cross-section of both the limbs are equal, what will be the difference in height h of the two limbs of U-tube, when the sustem is given an acceleration a in horizontal direction towards right as shown?

A vertical U -tube has two liquids 1 and 2 . The heights of liquids columns in both the limbs are h and 2h , as shown in the figure. If the density of the liquid 1 is 2rho . a. Find the density of liquid 2 . b. If we accelerate the tube towards right till the heights of liquid columns will be the same, find the acceleration of the tube.

A vertical U -tube has two liquids 1 and 2 . The heights of liquids columns in both the limbs are h and 2h , as shown in the figure. If the density of the liquid 1 is 2rho . a. Find the density of liquid 2 . b. If we accelerate the tube towards right till the heights of liquid columns will be the same, find the acceleration of the tube.

The system shown in figure is released is released from rest . Find acceleration of different string blocks and tenson in different strings.

The system shown in figure is released is released from rest . Find acceleration of different string blocks and tenson in different strings.