Compute the height of oil column if density of oil is 900 km/m3, density of water is 1000 kg/m3 and the difference in levels between points A and B of 10 cm. The image depicts a U-shaped tube with two fluids, oil and water, demonstrating concepts related to fluid statics. The left side of the tube contains a layer of oil above water, with a point labeled A within the oil layer. The right side of the tube is filled solely with water, with a point labeled B at the top of the water column.Key Elements:- **Left Side of the U-Tube:** - The left arm is divided into two sections: oil on top and water below. - Point A is located within the oil layer. - The interface between oil and water is clearly marked.- **Right Side of the U-Tube:** - The right arm contains only water, reaching up to point B at the top.- **Gravity:** - An arrow labeled "g" points downward, indicating the direction of gravitational force.The diagram effectively shows how different fluids behave in a connected tube under the influence of gravity, illustrating principles such as fluid equilibrium and pressure differences due to varying fluid densities.

Name: Compute the height of oil column if density of oil is 900 km/m3, densi
Uploaded: 2024-03-20T06:56:55.000Z
Channel: Bartleby
Description: Compute the height of oil column if density of oil is 900 km/m3, density of water is 1000 kg/m3 and the difference in levels between points A and B of 10 cm. The image depicts a U-shaped tube with two fluids, oil and water, demonstrating concepts rel