For the system shown in the figure, the cylinder on left has a mass (M

1.	For the system shown in the figure, the cylinder on left has a mass (M) of 25 kg and cross-sectional area 20cm2 and is connected to a spring of spring constant 1400 N/m. The piston on the right has mass m =5kg and cross-sectional area 4 cm2 . The minimum mass m, to be kept on m so that water spills out from the left is(initially water level in both limbs is same) [The height of cylinder in left limb is 5 cm](g=10m/s2)
Answer» For the system shown in the figure, the cylinder on left has a mass (M) of 25 kg and cross-sectional area 20cm² and is connected to a spring of spring constant 1400 N/m. The piston on the right has mass m =5kg and cross-sectional area 4 cm² . The minimum mass m^, to be kept on m so that water spills out from the left is(initially water level in both limbs is same) [The height of cylinder in left limb is 5 cm] $(g = 10 m / s^{2})$

For the system shown in the figure, the cylinder on left has a mass (M) of 25 kg and cross-sectional area 20cm2 and is connected to a spring of spring constant 1400 N/m. The piston on the right has mass m =5kg and cross-sectional area 4 cm2 . The minimum mass m, to be kept on m so that water spills out from the left is(initially water level in both limbs is same) [The height of cylinder in left limb is 5 cm](g=10m/s2)

Answer»

For the system shown in the figure, the cylinder on left has a mass (M) of 25 kg and cross-sectional area 20cm² and is connected to a spring of spring constant 1400 N/m. The piston on the right has mass m =5kg and cross-sectional area 4 cm² . The minimum mass m^, to be kept on m so that water spills out from the left is(initially water level in both limbs is same) [The height of cylinder in left limb is 5 cm] $(g = 10 m / s^{2})$

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