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∙ 14y ago9000 / 101325 =0.977 atm
n = 2.4 x 10^2 x 0.977 / 0.08206 x 273 K=10.5 moles He
mass He = 4.0 x 10.5 =42 g
Wiki User
∙ 11y agoTo find the volume of the balloon at the new pressure and temperature, we can use the combined gas law equation: (P1V1) / (T1) = (P2V2) / (T2). Plug in the known values and solve for V2. The temperature is given in Celsius, so remember to convert it to Kelvin by adding 273. The volume of the balloon at the new location will be around 4.92 x 10^4 L.
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∙ 14y agoWhat is it you are trying to find: the temperature outside the balloon's new location? or could it be the volume the gas now occupies? Also, for clarification, is the inital volume 3.35104 L?
Temperature, Pressure, and humidity.
CO2 will not be a liquid at room temperature, rather a gas. It is only a liquid when compressed. Actually IF contained at high pressure it will be a liquid at room temperature ...It requires a combination of both pressure and temperature. It is a liquid in CO2 fire extinguishers and when the pressure is released some of it boils, absorbing a large amount of heat energy, more of it is released from the nozzle as a solid which then sublimes to forma gas.
It gets hotter and more pressure is released because the inner core is a solid layer .
When carbon dioxide gas is compressed at room temperature and the pressure is suddenly released, it undergoes a process called adiabatic expansion. This leads to a rapid decrease in pressure and a decrease in temperature as the gas expands. Sometimes, this sudden decrease in temperature can cause the gas to condense into a solid or a white mist.
When nitrogen stored at 6000 psi is released into the atmosphere, it undergoes adiabatic expansion and experiences a drop in temperature due to the decrease in pressure. The final temperature will depend on various factors like initial temperature, volume, and surroundings.
Temperature, Pressure, and humidity.
CO2 will not be a liquid at room temperature, rather a gas. It is only a liquid when compressed. Actually IF contained at high pressure it will be a liquid at room temperature ...It requires a combination of both pressure and temperature. It is a liquid in CO2 fire extinguishers and when the pressure is released some of it boils, absorbing a large amount of heat energy, more of it is released from the nozzle as a solid which then sublimes to forma gas.
Flash steam is steam that is produced when high temperature high pressure water is released to the atmosphere.
With gasses, it's a three-way balance between pressure, temperature and volume. If you change one, you affect the other. When you release gas from a container, the the pressure and the temperature drops.
It gets hotter and more pressure is released because the inner core is a solid layer .
When temperature rises, gas particles gain kinetic energy and move faster, leading to more frequent and forceful collisions with the walls of the container. This increase in collisions results in a higher gas pressure.
The air affects magma. Once magma is released above ground, called lava, the air hardens it. While it is underground, the higher the temperature and pressure, the runnier the magma.
When the liquid butane in a lighter is released, it is exposed to lower pressure and higher temperature in the surrounding environment. This causes the liquid to evaporate and turn into a gas. The gas form of butane is what is ignited to create a flame when using a lighter.
If the temperature remains constant, decreasing the volume will increase the pressure.
When carbon dioxide gas is compressed at room temperature and the pressure is suddenly released, it undergoes a process called adiabatic expansion. This leads to a rapid decrease in pressure and a decrease in temperature as the gas expands. Sometimes, this sudden decrease in temperature can cause the gas to condense into a solid or a white mist.
75 atmospheres of pressure is 1125 pounds per square inch. A balloon would be unlikely to withstand this pressure.
The pressure inside a balloon is determined by factors such as the amount of air or gas in the balloon, the volume of the balloon, and the temperature of the air or gas inside. As more air or gas is added to the balloon, the pressure will increase. Conversely, if air or gas is released from the balloon, the pressure will decrease.