A 30cm balloon (fairly standard party balloon) holds about 8 liters of helium at 1 atmosphere and weighs itself around 3 grams (latex) on earth. 8 Liters of Helium would weigh about 1.4 grams at 1g.
So a balloon would weigh in at 3 grams plus 1.4 grams times .16 (the gravity on the surface of the moon) or .7grams.
Of course, the whole experiment would be moot since lacking an atmosphere, your balloon would very instantly expand and burst once you exposed it to hard vacuum. But assuming your party balloon was made of some very SUPER latex, well then... there you go.
Alas, note also that even the super latex wouldn't help to make it fun, since, lacking any atmosphere to be bouyant in, even your very very light balloon would still drop like a rock at a little bit over five feet per second per second just like everything else on that airless world.
How much a helium balloon carries depends on the size of the balloon.
The weight of the helium gas inside the balloon can be calculated using its molar mass, the Ideal Gas Law, and the given volume. Assuming standard conditions, helium gas has a molar mass of 4 grams per mole. Thus, a 22.4 liter balloon filled with helium gas would weigh approximately 32 grams.
The amount of helium in the balloon would depend on the density of helium at the given conditions and volume of the balloon. To calculate the volume of helium, you would need to know the pressure and temperature of the gas. Without that information, it is not possible to determine the exact amount of helium in the balloon.
Yes, you can fill a basketball with helium to make it float. However, the basketball would not bounce normally because helium is lighter than air and reduces the ball's weight. Additionally, the helium would eventually leak out due to the porous nature of the basketball material.
You would weigh about 1/6 as much on the moon as you weigh on earth if you were not wearing heavy equipment. I would weigh about 560 ounces on the moon.
How much a helium balloon carries depends on the size of the balloon.
* Calculate the volume of the ballon * Calculate the weight of the helium: G= V x 0,1786 (the helium density in g/L) * Add the weight of the balloon material (rubber, plastic, etc.)
The lifting power of a helium balloon depends on its size and the amount of helium inside. On average, a standard 12-inch helium balloon can lift about 14 grams.
The weight of the helium gas inside the balloon can be calculated using its molar mass, the Ideal Gas Law, and the given volume. Assuming standard conditions, helium gas has a molar mass of 4 grams per mole. Thus, a 22.4 liter balloon filled with helium gas would weigh approximately 32 grams.
a tank of helium and alot of those balloon thingy's
An empty blimp can weigh as much as 12,840 pounds. This is without being filled with helium. When full of helium the blimp may only weigh as much as 200 pounds.
it depends on the size
About 67 ounces
The amount of helium in the balloon would depend on the density of helium at the given conditions and volume of the balloon. To calculate the volume of helium, you would need to know the pressure and temperature of the gas. Without that information, it is not possible to determine the exact amount of helium in the balloon.
Yes, you can fill a basketball with helium to make it float. However, the basketball would not bounce normally because helium is lighter than air and reduces the ball's weight. Additionally, the helium would eventually leak out due to the porous nature of the basketball material.
You would weigh about 1/6 as much on the moon as you weigh on earth if you were not wearing heavy equipment. I would weigh about 560 ounces on the moon.
Helium inflates a balloon the longest compared to carbon dioxide because helium is lighter than air, resulting in less escape through diffusion over time. Additionally, helium has smaller molecules than carbon dioxide, reducing the rate of molecules escaping through the rubber balloon material.