When we press the bulb of a dropper with its nozzle kept in water, air in the dropper is seen to escape in the form of bubbles. Once we release the pressure on the bulb, water gets filled in dropper. The rise of water in the dropper is due to

Pressure of water

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Gravity of the earth

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Shape of rubber bulb

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Atmospheric pressure

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Solution

The correct option is D Atmospheric pressure
The rise of water in the dropper is due to the pressure difference between inside and outside of the tube.
hence, The rise of water in the dropper is due to atmospheric pressure.

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Question 10
When we press the bulb of a dropper with its nozzle kept in water, air in the dropper is seen to escape in the form of bubbles. Once we release the pressure on the bulb, water gets filled in the dropper. The rise of water in the dropper is due to

(a) pressure of water
(b) gravity of the earth
(c) shape of rubber bulb
(d) atmospheric pressure

When we press the bulb of a dropper with its nozzle kept in water, the air in the dropper escapes in the form of bubbles. Once we release the pressure on the bulb, water gets filled in the dropper. The rise of water in the dropper is driven by:-

Q. When we press the bulb of a dropper with its nozzle inside water, the air present in the bulb escapes in form of bubbles. Once we release pressure on the bulb, water gets filled in the dropper. The rise of water in the dropper is driven by_________.

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When we press the bulb of a dropper with its nozzle kept in water, air in the dropper is seen to escape in the form of bubbles. Once we release the pressure on the bulb, water gets filled in dropper. The rise of water in the dropper is due to

The correct option is D Atmospheric pressureThe rise of water in the dropper is due to the pressure difference between inside and outside of the tube.hence, The rise of water in the dropper is due to atmospheric pressure.

The correct option is D Atmospheric pressure
The rise of water in the dropper is due to the pressure difference between inside and outside of the tube.
hence, The rise of water in the dropper is due to atmospheric pressure.