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In an open U – tube the surfaces of liquid in its branches :
Escaped outside the bottle
Have same horizontal plane
Balance a heavy weight if a small force applied on it
Pascal’s theorem
Pressure of Air in the balloon greater than that of atmospheric
Atmospheric pressure
Same atmospheric pressure
Variation in pressure
In a bottle open from two place and closed with two corks if one is pressed the other will be:
Escaped outside the bottle
Have same horizontal plane
Balance a heavy weight if a small force applied on it
Pascal’s theorem
Pressure of Air in the balloon greater than that of atmospheric
Atmospheric pressure
Same atmospheric pressure
Variation in pressure
The Monomeric Gauge helps us to measure:
Escaped outside the bottle
Have same horizontal plane
Balance a heavy weight if a small force applied on it
Pascal’s theorem
Pressure of Air in the balloon greater than that of atmospheric
Atmospheric pressure
Same atmospheric pressure
Variation in pressure
Liquids transmit wholly to all points in all directions any pressure variation they undergo:
Escaped outside the bottle
Have same horizontal plane
Balance a heavy weight if a small force applied on it
Pascal’s theorem
Pressure of Air in the balloon greater than that of atmospheric
Atmospheric pressure
Same atmospheric pressure
Variation in pressure
If one limb of a filled U – tube is closed with balloon filled with air and the liquid raised up in the opposite limb then :
Escaped outside the bottle
Have same horizontal plane
Balance a heavy weight if a small force applied on it
Pascal’s theorem
Pressure of Air in the balloon greater than that of atmospheric
Atmospheric pressure
Same atmospheric pressure
Variation in pressure
Hydraulic press consideredas simplemachine since it can:
Escaped outside the bottle
Have same horizontal plane
Balance a heavy weight if a small force applied on it
Pascal’s theorem
Pressure of Air in the balloon greater than that of atmospheric
Atmospheric pressure
Same atmospheric pressure
Variation in pressure
Surface of the liquid in an open container remains on same level because all of its particles are under:
Escaped outside the bottle
Have same horizontal plane
Balance a heavy weight if a small force applied on it
Pascal’s theorem
Pressure of Air in the balloon greater than that of atmospheric
Atmospheric pressure
Same atmospheric pressure
Variation in pressure
As the swimmer remains on the surface of water the pressure on his body is called::
Escaped outside the bottle
Have same horizontal plane
Balance a heavy weight if a small force applied on it
Pascal’s theorem
Pressure of Air in the balloon greater than that of atmospheric
Atmospheric pressure
Same atmospheric pressure
Variation in pressure
Check it!