YES!!
However a better equation is ;_
P(1)V(1) / T(1) = P(2)V(2) / T(2)
The reason the temperature (T) inclusion is because temperature can vary with height.
yes
The volume become 197 mL. (Avogadro law)
As it rises up it goes into a region of lower pressure (pressure decreases in altitude) ans as it enters this region the gases in the balloon expand due to a thermodynamic relationship. Pressure and volume of the gas are related. PV= nRT (rearranged to P= nRT/V). So as it goes up in altitude the pressure goes down thus making the volume increase causing it to pop.
As you rise in elevation, the pressure around you decreases. This lower pressure would cause the balloon to expand, and burst if it was inflated to much originally. By starting it off only partly filled, it will expand to a normal size and not explode.
49.5
(v1/t1) = (v2/t2)
A 567kg weather balloon is designed to lift a 3670 package.......
The volume become 197 mL. (Avogadro law)
5.98kPA
0.017
As it goes higher, the atmospheric pressure decreases.
The kinetic energy of the particles inside the balloon increase. This then expands the volume of the balloon.
The pressure of the air inside it. The higher the balloon rises, the lower the outside air-pressure. With less pressure outside, the balloon expands because of the pressure of the air inside it. Eventually, the balloon bursts, and scientists recover the instruments when they fall to earth.
how does lining in high altitude influence tidal volume
As it rises up it goes into a region of lower pressure (pressure decreases in altitude) ans as it enters this region the gases in the balloon expand due to a thermodynamic relationship. Pressure and volume of the gas are related. PV= nRT (rearranged to P= nRT/V). So as it goes up in altitude the pressure goes down thus making the volume increase causing it to pop.
75 atmospheres of pressure is 1125 pounds per square inch. A balloon would be unlikely to withstand this pressure.
As you rise in elevation, the pressure around you decreases. This lower pressure would cause the balloon to expand, and burst if it was inflated to much originally. By starting it off only partly filled, it will expand to a normal size and not explode.
The volume of the balloon decreases