You would think that the balloon at the lowest temperature would shrink the fastest due to the simple ideal gas law equation.
PV=nRT
HOWEVER the temperature is not the determining factor in this case. Hydrogen leaks through rubber and the greater the temperature the faster the leakage. So it will be the balloon at the HIGHEST temperature that will leak the fastest. This is also true for Helium. Other gases obey the Ideal Gas Law.
The temperature at which hydrogen fuses is 10,000,000 degrees Kelvin. This is the minimum temperature the core of a proto star has to have to become a true star.
The average temperature on Neptune is about -353 degrees Fahrenheit (-214 degrees Celsius). This extreme cold is due to its distance from the sun and its atmosphere primarily composed of hydrogen and helium.
How hot will a 2.3 L balloon have to get to expand to a volume of 400 L Assume that the initial temperature of the balloon is 25 C? How hot will a 2.3 L balloon have to get to expand to a volume of 400 L Assume that the initial temperature of the balloon is 25 C?
Most balloons that people usually find in the store, used for parties, and fun activities, are made out of a liquid rubber called Latex. These latex balloons are made by companies throughout the world. Firstly molds of the balloon must be placed into an paste, which contains calcium nitrate, water and alcohol. The paste applies a sticky cover to the mold which allows the latex to attach to the mold. It is then dipped into the compounded latex where the latex can stick to the molded paste. From there, the latex covered form is passed through a set of spinning brushes that makes the balloon edge at the top of the balloon. The latex mold is then dipped into hot water to get rid of any excess nitrate, or any other bacteria's. The mold is then put into an oven at 200-220 degrees Fahrenheit for 20-25 minutes. When cured, the rubber balloon is removed from the form.
Every gas has a different liquidation temperature based on what element it is. Hydrogen has a liquidation point of 423.17 degrees below zero F. Or 20.28 degrees K. That is 20 degrees above absolute zero.
The temperature of liquid hydrogen is around -252.87 degrees Celsius or -423.17 degrees Fahrenheit.
Hydrogen is a gas at room temperature (25 degrees Celsius).
The hydrogen peroxide decomposition temperature is approximately 150 degrees Celsius.
The mass of the balloon depends on its size. For small sized balloon, weighing scale can be used to calculate the mass. Anything that has mass will have gravitational force acting on it.
A balloon filled with -2 degrees Celsius air will move to a room to a temperature of 8 degrees Celsius because of the collision of the air particles.
the balloons will pop.
Through the course of the night, some of the air (or helium or other gas) inside the balloon slowly leaked out. Also, it is very likely that the temperature of the balloon dropped by at least a few degrees. The combination of those two factors reduced the pressure inside the balloon, allowing the rubber or plastic or other material of the balloon to contract, making it shrivel up.
You cool the hydrogen below the temperature of -259.34 degrees Celsius.
To determine the volume of the balloon at 240 degrees Celsius, you would need to know the initial volume of the balloon at a reference temperature and the pressure conditions. You could then use the ideal gas law equation (PV = nRT) to calculate the volume of the balloon at 240 degrees Celsius by adjusting the temperature and other parameters accordingly.
Liquid hydrogen has a boiling point of -252.87 degrees Celsius.
Hydrogen becomes a solid at -434.5 degrees Fahrenheit
carbon dioxide, nitrogen, helium, hydrogen- these are just a few.