An open tank 10 m deep is completely filled with a liquid of density 5 – McqOptions

MCQOPTIONS

1.	An open tank 10 m deep is completely filled with a liquid of density 5 kg/m3, what is the pressure difference at the top and bottom?
A.	100 N/m2
B.	250 N/m2
C.	500 N/m2
D.	1000 N/m2
Answer» D. 1000 N/m2

Discussion

No Comment Found

Related MCQs

A closed U-tube manometer has a gas on one end with pressure 5 Pa and other end has vacuum, what is the approximate height difference of the liquid if the density of liquid is 10 Kg/m³?
A closed U-tube manometer has a gas on one end with pressure 10 Pa and other end has vacuum, what is the approximate density of the liquid if the height difference of the liquid is 10 cm?
What is the pressure if 10 N of force acts at 30 degrees from the surface of area 5 m²?
What is the pressure difference of the ends of a U-tube manometer filled with liquid (density = 10 kg/m³) the difference in the height of the liquid in the tubes is 5 cm?
What is the pressure of 38 mm Hg in Torr?
An open end manometer is filled with a gas on one end and other end is open to atmosphere with height difference of liquid (density = 10000 Kg/m³) 10 cm, what is the pressure of gas?
A Closed U-tube manometer has a gas at one end and vacuum at other end, if the height difference of the liquid (density = 10 kg/m³) in the manometer in 5 cm, what is the pressure of the gas?
Heat capacity of a substance is given by C = BT² , where T is in degree Fahrenheit and the value of B is 50, what is the value of B if T is in degree Celsius?
What is the temperature 100°C in degree Rankine?
Heat capacity of a substance is given by C = 800 – 1600T + 25T² , where T is temperature in degree Fahrenheit, what is the heat capacity if temperature is in degree Celsius?