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Danilo
Danilo
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Movement of a helium filled vs lower-density-gas filled ballonballoon inside an accelerated car

It's well known that a helium balloon inside of a car moves forward when the car accelerates, and backward when it slows down. What would happen, though, if a lower density gas was used instead of helium? Would the movement change? Would it stay the same?

enter image description here

One more question: How does the air pressure vary inside the car during acceleration?

Movement of a helium filled vs lower-density-gas filled ballon inside an accelerated car

It's well known that a helium balloon inside of a car moves forward when the car accelerates, and backward when it slows down. What would happen, though, if a lower density gas was used instead of helium? Would the movement change? Would it stay the same?

One more question: How does the air pressure vary inside the car during acceleration?

Movement of a helium filled vs lower-density-gas filled balloon inside an accelerated car

It's well known that a helium balloon inside of a car moves forward when the car accelerates, and backward when it slows down. What would happen, though, if a lower density gas was used instead of helium? Would the movement change? Would it stay the same?

enter image description here

One more question: How does the air pressure vary inside the car during acceleration?

I fixed typos and tried to make the question more clear
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edit approved Oct 24, 2018 at 19:59
okcapp
edit approved Oct 24, 2018 at 19:59
okcapp
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Movement of a helium filled vs lower-density-gas filled ballon inside an accelerated car vs lower density gases

It's well known that a helium baloon fixedballoon inside of a car moves forward when the car accelerates, and backwwardsbackward when it slows down. What would happen, though, if a lower density gas was used instead of helium? Would the deviation angle be biggermovement change? Would it keepstay the same? One

One more question: howHow does the air pressure varievary inside of a closed, accelerated recipient, in the direction of thecar during acceleration?

Movement of a helium filled ballon inside an accelerated car vs lower density gases

It's well known that a helium baloon fixed inside of a car moves forward when the car accelerates, and backwwards when it slows down. What would happen, though, if a lower density gas was used instead of helium? Would the deviation angle be bigger? Would it keep the same? One more question: how does the air pressure varie inside of a closed, accelerated recipient, in the direction of the acceleration?

Movement of a helium filled vs lower-density-gas filled ballon inside an accelerated car

It's well known that a helium balloon inside of a car moves forward when the car accelerates, and backward when it slows down. What would happen, though, if a lower density gas was used instead of helium? Would the movement change? Would it stay the same?

One more question: How does the air pressure vary inside the car during acceleration?

deleted 1 character in body; edited tags; edited title
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Qmechanic ♦
Qmechanic ♦
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Movement of a helliumhelium filled ballon inside an accelerated car vs lower density gases

It's well known that a helliumhelium baloon fixed inside of a car moves forward when the car accelerates, and backwwards when it slows down. What would happen, though, if a lower density gas was used instead of helium? Would the deviation angle be bigger? Would it keep the same? One more question: how does the air pressure varie inside of a closed, accelerated recipient, in the direction of the acceleration?

Movement of a hellium filled ballon inside an accelerated car vs lower density gases

It's well known that a hellium baloon fixed inside of a car moves forward when the car accelerates, and backwwards when it slows down. What would happen, though, if a lower density gas was used instead of helium? Would the deviation angle be bigger? Would it keep the same? One more question: how does the air pressure varie inside of a closed, accelerated recipient, in the direction of the acceleration?

Movement of a helium filled ballon inside an accelerated car vs lower density gases

It's well known that a helium baloon fixed inside of a car moves forward when the car accelerates, and backwwards when it slows down. What would happen, though, if a lower density gas was used instead of helium? Would the deviation angle be bigger? Would it keep the same? One more question: how does the air pressure varie inside of a closed, accelerated recipient, in the direction of the acceleration?

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Danilo
Danilo
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