A small hole of area of cross-section 2 mm2 ispresent near the bottom of a fully filled open tankof height 2 m. Taking g 10 m/s2, the rate of flowof water through the open hole would be nearly

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Q. A small hole of area of cross-section

2 m m^{2}

is present near the bottom of a fully filled open tank of height 2

m

. Taking

g = 10 m / s^{2}

, the rate of flow of water through the open hole would be nearly

Q. The cross-sectional area of a large tank is 0.5m

^{2}

. It has an opening near the bottom having cross-sectional area 1 cm

^{2}

. A load of 20 kg is applied on the water at the top. The velocity of water coming out of the opening, at the time when the height of water level is 50 cm above the bottom,is nearly (Take g

=

10 ms

^{- 2}

)

Q. The cross-sectional area of a large tank is

0.5 m^{2}

. It has an opening near the bottom having cross-sectional area

1 c m^{2}

. A load of

20 k g

is applied on the water at the top. The velocity of water coming out of the opening, at the time when the height of water level is

50 c m

above the bottom is nearly:(Take

g = 10 m s^{- 2}

)

The area of cross section of a large tank is 0.5 m². It has an opening near the bottom having area of cross section 1 cm². A load of 20 kg is applied on the water at the top. Find the velocity of the water coming out of the opening at the time when the height of water level is 50 cm above the bottom. Take g = 10 m s^-2.

Area of cross section of large tank is 0.5 m² . it has an opening near the bottom having area of cross section 1 cm² a load of 20 kg is applied on the water at the top. find velocity of water coming out of the opening at the time when height of water level is 50 cm above the bottom?

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