GATE ME 2004 | GATE ME Year Wise Previous Years Questions

GATE ME 2004

MCQ (Single Correct Answer)

-0.3

A fluid flow is represented by the velocity field $$\overrightarrow V = ax\,\overrightarrow i + ay\,\overrightarrow j ,$$ where a constant . The equation of stream line passing through a point $$(1, 2)$$ is

$$x-2y=0$$

$$2x+y=0$$

$$2x-y=0$$

$$x+2y=0$$

GATE ME 2004

MCQ (Single Correct Answer)

-0.6

A closed cylinder having a radius $$R$$ and height $$H$$ is filled with oil of density $$\rho .$$ If the cylinder is rotated about its axis at an angular velocity of $$\omega $$ , then thrust at the bottom of the cylinder is

$$\pi {R^2}\,\rho gH$$

$$\pi {R^2} + {{\rho {\omega ^2}{R^2}} \over 4}$$

$$\pi {R^2} + \left( {\rho {\omega ^2}\,{R^2} + \rho gH} \right)$$

$$\pi {R^2}\left( {{{\rho {\omega ^2}{R^2}} \over 4} + \rho gH} \right)$$

GATE ME 2004

MCQ (Single Correct Answer)

-0.6

For a fluid flow through a divergent pipe of length $$L$$ having inlet and outlet radii of $${R_1}$$ and $${R_2}$$ respectively and a constant flow rate of $$Q,$$ assuming the velocity to be axial and uniform at any cross- section , the acceleration at the exit is

$${{2Q\left( {{R_1} - {R_2}} \right)} \over {\pi LR_2^3}}$$

$${{2{Q^2}\left( {{R_1} - {R_2}} \right)} \over {\pi LR_2^3}}$$

$${{2{Q^2}\left( {{R_1} - {R_2}} \right)} \over {{\pi ^2}L{R_2}^5}}$$

$${{2{Q^2}\left( {{R_2} - {R_1}} \right)} \over {{\pi ^2}L{R_2}^5}}$$

GATE ME 2004

MCQ (Single Correct Answer)

-0.6

The pressure gauges $${G_1}$$ and $${G_2}$$ installed on the system shown pressures of $${P_{G1}} = 5.00$$ bar and $${P_{G2}} = 1.00$$ bar. The value of unknown pressure $$P$$ is GATE ME 2004 Fluid Mechanics - Fluid Statics Question 13 English

GATE ME 2004 Fluid Mechanics - Fluid Statics Question 13 English

$$1.01$$ bar

$$2.01$$ bar

$$5.00$$ bar

$$7.01$$ bar

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