A piston of cross-sectional area `100 cm^(2)` is used in a hydraulic pressure to exert a force of `10^(7)` dyne on the water. The cross-sectional area of the other piston which support a truck of mass 2000 kg is

A piston of cross-section area 100 cm is used in a hydraulic press to exert a force of 10^(7) dynes on the water. The cross-sectional area of the other piston which supports an object having a mass 2000kg

A piston of cross-sectional area a is used in a hydraulic press to exert a small force of magnitude f on the enclosed liquid. A connecting pipe leads to o a larger piston of cross sectional area A (Fig. 14-53). (a) What force magnitude F will the larger piston sustain without moving? (b) If the piston diameters are 3.50 cm and 60.0 cm, what force magnitude on the large piston will balance a 20.0 N force on the small piston?

In a hydraulic press, a 10^(7) dyn force is applied on water by a piston of area 100cm^(2) . If the other piston can raise a car of mass 2000 kg, then find its base area.

A cyclinderical vessel of cross-sectional area 1000cm^(2) , fitted with a frictonless piston of mass 10kg , and filled with water completely. A small hole of cross-sectional area 10mm^(2) is opened at a point 50cm deep from the lower surface of the piston. The velocity of efflux from the hole will be