Ye balloon saans khichne se fulta h #shorts

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CONCEPTUAL GURUJI

09 мая 2023

DEVA LIFTS

3 недели назад

It was new for me, keep growing. 💪💪💪

Hadi Mahimi

3 недели назад

The scenario you described seems to involve a classic physics experiment called the Cartesian Diver. Let's break down the process step by step to understand why the balloon blows in both cases.
1)
Initial state:

The glass bottle is closed with a cap, making it a sealed container.
There are two holes in the bottle, each connected to a straw.
One straw is connected to a balloon inside the bottle.
The other straw is not connected to anything.
Pumping air into the bottle:

When you attach a pump to the first straw and start pumping air, you are increasing the air pressure inside the bottle.
As you pump, the increased air pressure pushes on the balloon, causing it to expand.
Since the bottle is sealed, the air pressure has nowhere to escape, so it exerts force on the balloon, inflating it.
Sucking air out of the bottle:

When you attach a vacuum pipe to the second straw and start sucking air out, you are decreasing the air pressure inside the bottle.
As you suck, the reduced air pressure inside the bottle allows the external air pressure to push on the balloon from the outside.
The higher external air pressure compresses the balloon, forcing air out of it and making it appear as though it is blowing.
In both cases, the balloon appears to blow up due to changes in air pressure. In the first case, pumping air into the bottle increases the air pressure inside, inflating the balloon. In the second case, sucking air out of the bottle reduces the air pressure inside, causing the external air pressure to compress the balloon.

This phenomenon occurs because the balloon acts as a "Cartesian diver." The balloon's ability to expand and contract in response to changes in air pressure allows it to react to variations in pressure inside and outside the bottle.

It's worth noting that the behavior of the Cartesian diver can be explained by Boyle's Law, which states that the volume of a gas decreases as its pressure increases, and vice versa, when the temperature remains constant. In this experiment, the changes in air pressure cause the balloon's volume to change accordingly.

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E - Learning With Ankit

3 недели назад

Commendable

Trixngle.

3 недели назад

Just like how closed packets start to get more pressure inside them as we go up in a plane as the pressure is low in such a height.

Ashutosh Gupta

3 недели назад

Good morning sir,
Your work in the understanding the physics concept is very important and good to know the subject.
I hope you will work further more in these conceptual video.

Your video is just like transfer the physics from Book in pratical life.
Thanks.

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