If ur wearing an inflatable suit that is really strechy and u put in 10000000 sq. feet of helium will u float? - inflatable suit
Yes or No
please explane
best answer gets 10 points
Thursday, January 21, 2010
Inflatable Suit If Ur Wearing An Inflatable Suit That Is Really Strechy And U Put In 10000000 Sq. Feet Of Helium Will U Float?
5 comments:
10000000 cubic meters of helium 629,464.28 pounds or 315 tons of lifting !!!!!!!!! W 53 adult elephants !!!!!!!!!!!!!!!!
All You Need is about 4000 cubic meters of helium lift for him.
Here's an example:
To find out how many books will go up 4000 cubic feet
4000 x 28.2 = 112800 then 112,800 divided by 448 = £ 251.79.
Therefore, 4000 cubic meters of helium lift £ 251.79.
Helium Flotation
Helium balloons work by the same law of buoyancy. (In this case, the helium balloon with a string of floats are organized in a pool of air, even if you are under water at the bottom of a pool, standing in a pool of "water" is from 10 meters deep time - - if found in an open field, which is at the bottom of a pool of "air", which is many miles deep). The helium balloon displaces an amount of air (like the empty bottle displaces an amount of water). While helium balloon is lighter than air, which is repressed, the balloon in the air.
It turns out that helium is much lighter than air. The difference is not as great as between water and air (a liter of water weighs 1000 grams, while a liter of air weighs about 1 gram), but it is significant. Helium weighs 0.1785 grams per liter. Nitrous weighs 1.2506 grams per liter as nitrogen and about 80 percent of the air we breathe, 1.25 grams, a good approximation to the weight of one liter of air.
Therefore, if you fill fill a 1-liter bottle of soda with helium, the bottle will weigh about 1 gram less than the same bottle filled with air. That does not sound much - the bottle itself weighs more than a gram, so do not swim there. However, it can in large quantities, the 1-gram per liter difference between air and helium, that really count. This explains why blimps and balloons are generally quite large - they need to move a large amount of floating air.
Lifting a 100 meter diameter balloon is 33,000 pounds! Here's how to find the lifting power of helium in a spherical helium balloon:
1. DetermINE balloon volume.
The volume of a sphere is 4 / 3 * pi * r3, where R is the radius of the planet. Okay, first determine the radius of the sphere (the radius is half the diameter). Cube the radius (even twice multiplied: R * R * r) multiplies, with 4 on / 3, then multiply by PI. By measuring the ball at his feet, which gives the volume of the balloon in cubic feet.
2. A cubic foot of helium will increase about 28.2 grams of lift, so the volume of the balloon by 28.2.
3. Divide by 448 - gram amount in a pound - to determine the amount of weight you lift.
For example, a 20-foot balloon has a radius of 10 meters. 10 * 10 * 10 * 3.14 * 4 / 3 = 4186 cubic meters of volume. * 4186 cubic meters of 28.2 g / cubic feet = 118,064 grams 118.064 grams / 448 grams per pound = 263 pounds of lifting power.
Although little used, hydrogen balloons were once very popular. Hydrogen weighs just 0.08988 grams per liter. However, it is very flammable, so that the smallest spark can trigger an explosion.
So whyHelium and hydrogen are so much lighter than air? Because the atoms of hydrogen and helium are lighter than the nitrogen atom. You have to do fewer electrons, protons and neutrons than nitrogen atoms, and that makes them lighter (atomic weight of about 1, is hydrogen, helium and nitrogen, 4, 14). Approximately the same number of atoms of each element is completed by about the same amount of space. Therefore, the gas from lighter atoms are lighter.
Most definitely float, unless the process is very difficult, very likely that for helium is also difficult to remove. as a human being is probably too heavy to float, but the impossible to happen, perhaps with a brain, hope and happiness. 10000000 square meters is a lot if it would work well. If you tell me how to fly !!!!! lol
WARNING: If you learn how to float no pop and fall and die! oops! Human puddle on the floor!
The amount of helium, which lasts from 10 million square meter is equal to zero.
The amount of helium, which depends fit into a cubic foot on the pressure.
When I view all of helium in the study, the swimmers swim in salt water and fresh water, especially if the lungs are filled with air.
If you weigh 100 pounds and often enough helium to a pressure trough moving enough air for at least 100 pounds heavier than the weight of helium and float.
Why are basically the same question again and again?
The gas is measured in liters or cubic meters, not square meters along the road. Therefore, this scenario is not possible.
Ive seen this question almost every day, whats up?
Yes, this is by inhalation, seemed to be floating above.
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