An inflated ballon full of air goes down slowly, becomes smaller slowly even though the knot at the mouth of the ballon is airtight. And after a week all the air ha s escaped from the ballon. Explain
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when the ball goes down, due to the increased pressure offered at the bottom by the air column above, the air inside will decrease
it is an application of boyle's law. At constant temperature , the volume is inversely proportional to pressure. So if pressure is increased the volume will decrease and vice versa. When the balloon goes down, due to increased pressure, its volume will be decreasing
it is an application of boyle's law. At constant temperature , the volume is inversely proportional to pressure. So if pressure is increased the volume will decrease and vice versa. When the balloon goes down, due to increased pressure, its volume will be decreasing
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Answer:
The air inside the balloon constantly exerts a pressure on the thin, stretched walls of the balloon and keeps on diffusing out gradually through it.
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