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GATE 2024 II Fluid Mechanics & Machinery II Rank Booster Quiz 6
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Question 1
The fluid forces considered in the Navier Stokes equation are _________.
Question 2
Which of the following is true for the free vortex _________?
Question 3
In a steady flow of water, water is coming in through Pipe 1 (area 1 m2, velocity 1 m/s) and Pipe 2 (area 2 m2, velocity 2 m/s) and going out through Pipe 3 (area 2.5 m2). The exit velocity of Pipe 3 is?
Question 4
A 200 mm diameter pipeline is laid on the ground. At a particular point, the piezometric head is 20 m. Total energy head of water at a point is 26 m. The Discharge (L/s) of water through the pipe is ______.
Question 5
The Coefficient of discharge of a orifice meter is 0.97. The time taken by fluid to cover 8 cm of distance is 0.5 sec. Also the area of orifice is 75 mm2. The Theoretical Discharge will be __________.
Question 6
Water is coming out to the atmosphere from a converging channel with a velocity of 5 m/s as shown in the figure. At section A, a cylinder of 10 cm diameter containing a friction-less piston attached to a spring having spring constant 500 N/m is connected. The cross-section diameter of the channel at A and B is 2 m and 1 m respectively. Due to the flow the spring is compressed by an amount of
Question 7
Which one is correct for Bernoulli’s equation
1) For a rotational flow Bernoulli’s equation can be applied at any point in a flow.
2) It is applicable for steady rotational incompressible flow.
3) It is not applicable within a boundary layer region.
4) For rotational flow it can be applied along a streamline.
1) For a rotational flow Bernoulli’s equation can be applied at any point in a flow.
2) It is applicable for steady rotational incompressible flow.
3) It is not applicable within a boundary layer region.
4) For rotational flow it can be applied along a streamline.
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