Well...it's because they're not the same balloons.
There is a product out there called Super Hi-Float. You coat the inside of a balloon destined to be filled with helium with it, and it helps seal the pores of the latex hence holding the helium in longer.
You probably wouldn't do this with a balloon you're going to fill with CO2.
Hydrogen must be able to diffuse through the balloon, in which case it diffuses from where it is in higher concentration (inside the balloon) to where it is in lower concentration (outside the balloon), but the balloon must not be permeable to carbon dioxide.
CO2 is heavier then air. Helium is not.
A helium balloon of the same material will deflate faster. Helium molecules are smaller than those in regular air, so they'll seep through tiny holes and imperfections in the skin of the balloon faster. When using the standard PIN analysis - both helium and common air balloons were found to deflate at the same rate. To the naked eye, both balloons stuck with a pin deflated with a pop. However, if the balloons are left intact, the helium balloon will deflate faster. This is because the helium molecules are small enough to pass through the rubber balloon, and they gradually leak out.
It will contract and become smaller, because of the pressure of the water pushing down on it. It will get smaller and smaller the further under water it is.
yes, because the cooler it gets the slower the particles go in a balloon, so it gets smaller.
No. The volume of the helium will change as it expands the balloon due to the increase in temperature. The density of an element never changes. The reason for that is because density is just a fancy way of saying 'The atoms are this far apart' in the equation mass/volume = density.
YES by crushing it into smaller particles we increase the surface area thereby increasing its contact with the solution
A helium balloon of the same material will deflate faster. Helium molecules are smaller than those in regular air, so they'll seep through tiny holes and imperfections in the skin of the balloon faster. When using the standard PIN analysis - both helium and common air balloons were found to deflate at the same rate. To the naked eye, both balloons stuck with a pin deflated with a pop. However, if the balloons are left intact, the helium balloon will deflate faster. This is because the helium molecules are small enough to pass through the rubber balloon, and they gradually leak out.
When you breathe out, or exhale, your diaphragm and rib muscles relax, reducing the space in the chest cavity. As the chest cavity gets smaller, your lungs deflate, similar to releasing of air from a balloon
Degrade. Shrink, deflate, taper, decrease.
Small Balloon because it is smaller the heat is compacted and closer so the smaller balloon has more heat.
Effusion
When the internal pressure in a balloon falls, the balloon get smaller and less buoyant.
The air particles in the balloon compress due to the cold atmosphere in the refrigerator which causes the balloon to be smaller.
When an inflated balloon is exposed to cold air, provided pressure is constant, the volume will decrease. Bring the balloon back to a warmer spot, and the gas gains kinetic energy from the warm air, and the balloon will plump back up.
due to pressure inside the balloon, will be higher because the balloon will try to get smaller and thus the balloon will ascent due to the low density of the helium inside the balloon.
The force of the pressure put on the balloon is squeezed into smaller particles so the volume is smaller. :) From Jade Nicole White. X
yes, the smaller the grain, the quicker it will dissolve. This is because the smaller grain has less surface area and can be broken down quicker.
The pressure inside the balloon will be higher because the balloon will try to get smaller and thus the balloon will ascent due to the low density of the helium inside the balloon.