Find the pressure at a depth of 10m in water. If the atmospheric. Pressure is 100 k pa 1pa=1nm2. 100k pa =105 pa=105n\m2 =1atm
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The given portion is
depth = h = 10m
atmospheric pressure = p = 10^5n/m^2
density of water = d = 1000kg/m^3
The pressure inside the liquid is
pressure exert by liquid column + atmospheric pressure
h*d*g + atmospheric pressure
10*1000*10 + 10^5
10^5 + 10^5
2 * 10^5 N/m^2 is the answer
depth = h = 10m
atmospheric pressure = p = 10^5n/m^2
density of water = d = 1000kg/m^3
The pressure inside the liquid is
pressure exert by liquid column + atmospheric pressure
h*d*g + atmospheric pressure
10*1000*10 + 10^5
10^5 + 10^5
2 * 10^5 N/m^2 is the answer
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