From congruent starting properties the helium balloon would pop first as Helium is closer to being an ideal gas than air is. Air has adhesive properties that keep it from expanding as quickly as Helium.
The ideal gas law is PV=nRT
where
P=pressure
V=Volume
n=moles of gas present
T=temperature in degrees Kelvin
R=is the Gas constant that keeps all the units straight.
The VanderWaals gas equation is an attempt to more perfectly illustrate the behaviors of real gases.
P=(RT)/(V-b) -a/V2
here, in simple terms, (the exact definitions are much more complicated)
b=the actual volume taken up by the atoms/molecules of the gases
a=the energy needed to separate the gas atoms/molecules from each other
Helium has the lowest values of b and a for any gas.
using the values of b and a for helium and then the b and a values for air and then decreasing the value of the Volume and you will see that the pressure increases more quickly for Helium.
The (V-b) term produces differences that are virtually the same for different values of b
(Va1 -ba)-(Va2-ba) = dVa (Vb1-bb)-(Vb2-bb)=dVb
If the change in volume for both gas a and b then this term has little to no effect in our discussion of pressure.
for the term -a/V2 a similar change in volume for two different gases will produce differences in pressure by factors of the values of a.
(aa/V12)-(aa/V22)= aa/dV2 (ab/V12)-(ab/V22)= ab/dV2
if dV is the same for both then the (d)pressures differ by aa-ab. Note that this term is a negative term. That means that it decreases the pressure. So any gas with the higher value (of a) will produce a lower gas pressure on decreasing volume.
water balloons
In hot water because of the heat !
Water balloons
I am assuming that a rubber balloon is meant here not a hot air balloon! Squeezing a balloon will give rise to a decrease in volume and a subsequent increase in internal pressure which may not be too large as the balloon expands in another part to compensate. Using the kinetic theory of gases (which shouldn't strictly be applied to this case but provides insights) the average energy of the particles inside depends on the temperature- the particles don't go any faster they just hit the inside of the balloon more often because of the decrease in volume.
Gas... bubbles are formed when water (or another liquid substance) are heated up and then turned to gas. When water on a fire heats up at the bottom of a container that water turns to gas before the water at the top. Since gas is lighter than water it rises in the form of a bubble and pops at the surface. So bubbles are in the state of gas, surrounded or covered by a 'membrane' (a thin cover) of liquid
Yes because there would no longer be an upward force so gravity would pull them down
number one the kinetic theory states that the particles of all matter are in constant , random motion. So the balloon bursting is caused by the excessive (so many) particles in the balloon. Ur welcome Lola :P
It gets bigger because as it gets higher, the density of the atmosphere will rise when the density inside the balloon stays the same. Then because of pressure, it will get bigger and eventually pop.
How far can a water ballon be tossed to someone before it pops?
The balloon pops and the water falls out and splashes onto the floor.
The balloon pops and the water falls out and splashes onto the floor.
The balloon expands or even pops. Because when a gas gains heat energy the particles in it move faster and further apart creating a greater force on the inside of the balloon until the balloon cannot contain that force.
The Balloon Pops
A needle....>_>
none, when the balloon stretches out too far, it bursts and the air rishes out.
depends on the size, brand, weight, color, age, etc.
pop!
it pops
it makes a kid cry
It pops