0.54 grams
1 mol = mass / Mr = mass / 4 (Helium's atomic weight is 4, it is a monoatomic gas)
1 mol = 0.54 / 4 = 0.00135
# of molecules of helium in the balloon = 0.00135 * 6.02 * 10^23
To calculate the amount of helium in the balloon, we need to convert the mass of helium gas to moles using the molar mass of helium. The molar mass of helium is 4 g/mol. So, 0.54 grams of helium is equal to 0.54/4 = 0.135 moles of helium. Finally, we can use Avogadro's principle to convert moles to the number of helium atoms present in the balloon.
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.
A standard 11-inch helium balloon can lift approximately 14 grams or 0.5 ounces. The lifting capacity of a helium balloon can vary depending on factors such as balloon size, helium volume, and weight of the attached object.
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.
depends how big the helium balloon is and how many
To calculate the amount of helium in the balloon, we need to convert the mass of helium gas to moles using the molar mass of helium. The molar mass of helium is 4 g/mol. So, 0.54 grams of helium is equal to 0.54/4 = 0.135 moles of helium. Finally, we can use Avogadro's principle to convert moles to the number of helium atoms present in the balloon.
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 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 standard 11-inch helium balloon can lift approximately 14 grams or 0.5 ounces. The lifting capacity of a helium balloon can vary depending on factors such as balloon size, helium volume, and weight of the attached object.
If James is holding that much helium, he would be talking funny
a tank of helium and alot of those balloon thingy's
The amount of weight a balloon can hold depends on the size and type of balloon. A standard latex balloon can typically hold a few grams of weight before bursting, while a large helium-filled foil balloon can hold several ounces. It is important to check the manufacturer's guidelines for each specific type of balloon to ensure safe handling.
Carbon dioxide will keep a balloon inflated longer than helium will, because its molecules are much larger and therefore less able to escape through the material of which the balloon is made.On the other hand, helium is much lighter so will give a balloon greater lift while it lasts.
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.
To find the weight of one balloon, divide the total weight of 87 balloons (227 grams) by the number of balloons: 227 grams / 87 balloons ≈ 2.61 grams Therefore, one balloon weighs approximately 2.61 grams.