Recent content by Imustthink
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What is the ascension rate of a gas balloon without air friction?
How do I find the ascension rate of a gas balloon when you factor in air drag? Its inflated Not partially inflated from release. I have calculated that my gas balloon's ascension rate is 13.49031149 m/s^2 from initial release WITHOUT air drag. Ignore wind and let's say ground air density...- Imustthink
- Post #5
- Forum: Aerospace Engineering
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What is the ascension rate of a gas balloon without air friction?
Phrak is correct and the balloon is Inflated.- Imustthink
- Post #4
- Forum: Aerospace Engineering
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What is the ascension rate of a gas balloon without air friction?
I have calculated that my gas balloon's ascension rate is 13.49031149 m/s^2 WITHOUT air friction. Ignore wind and let's say ground air density is 1.2 kg/m^3 at 20 °C. The shape of the balloon will be a cylinder with rounded ends. The top end will have a 4 meter diameter so the area of that is...- Imustthink
- Thread
- Balloon Rate
- Replies: 6
- Forum: Aerospace Engineering
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Undergrad Calculating Ascension Rate of a Helium Balloon
How would I find the constant non accelerating ascent due to air friction? haha- Imustthink
- Post #8
- Forum: Mechanics
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Undergrad Calculating Ascension Rate of a Helium Balloon
Giga-thanks!- Imustthink
- Post #7
- Forum: Mechanics
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Undergrad Calculating Ascension Rate of a Helium Balloon
So if I did this correctly the answer is: 13.490311 m/s^2 ?- Imustthink
- Post #5
- Forum: Mechanics
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Undergrad Calculating Ascension Rate of a Helium Balloon
(edited) I meant the accelerating rate, sorry- Imustthink
- Post #3
- Forum: Mechanics
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Undergrad Calculating Ascension Rate of a Helium Balloon
How do I find the accelerating ascension rate of my helium balloon? Ignore factors such as the increase of volume as it ascends, temperature, wind etc. I just want the basic ascension rate of ideal non changing conditions. rho_f Outside air density - I think typical air density is this - 1.2...- Imustthink
- Thread
- Balloon Rate
- Replies: 8
- Forum: Mechanics