Solubility of a gas in a liquid is directly proportional to the partial pressure of that gas above the liquid. Solubility of a gas is inversely proportional to temperature.
So, the solubility of carbon dioxide gas in water is increased by increasing the partial pressure of carbon dioxide and by decreasing the temperature.
<span>The average speed of the gas is related to the kinetic
energy of the gas. The kinetic energy of
the gas is also related to the temperature of the gas. If the average speed of
the gas is closer to zero, it means that it has very low motion or kinetic
energy. This can be inferred that the gas has a very low temperature. At absolute
zero, the motion of all the gas molecules stops. This means that the kinetic
energy of the gas is also zero. Zero kinetic energy means zero average speed.</span>
<span>So, the answer is cylinder B. The average speed of the gas
in cylinder B is closest to zero.</span>
Answer:
unbalanced
Explanation:
as the atoms on the one side do not equal to the atoms on the other sides
Answer:
3.47 minutes
Explanation:
First we must convert the distance travelled from miles to kilometres
Since ;
1 mile= 1.6093 km
3.6 miles= 3.6 × 1.6093 km = 5.79 Km
Substitute this into
Speed= distance / time
Speed = 100Kmhr-1
Distance= 5.79 Km
Time= the unknown
Time = distance/speed
Time = 5.79/100
Time= 0.0579 hours
Since;
60 minutes make one hour
x minutes make 0.0579 hours
x = 60 × 0.0579 hours
x= 3.47 minutes
