you can google it and it pops up right away
Answer:
Partial pressure of methane: 1.18 atm
Partial pressure of ethane: 1.45 atm
Partial pressure of propane: 2.35 atm
Explanation:
Let the total moles of gases in a container be n.
Total pressure of the gases in a container =P = 5.0 atm
Temperature of the gases in a container =T = 23°C = 296.15 K
Volume of the container = V = 10.0 L
(Ideal gas equation)
Moles of methane gas =
Moles of ethane gas =
Moles of propane gas =
Partial pressure of all the gases can be calculated by using Raoult's law:
= partial pressure of 'i' component.
= mole fraction of 'i' component in mixture
P = total pressure of the mixture
Partial pressure of methane:
Partial pressure of ethane:
Partial pressure of propane:
<h2>
Answer:</h2>
The water has higher specific heat capacity which affects the lakes largely in such way that the water in a lake changes temperature slowly.
<h2>
Explanation:</h2>
Evaporation is a process of liquid changing its state to gaseous state at any temperature. Water has high specific heat due to the presence of strong hydrogen bonds. Due to which it requires heat in huge amount to raise the water (in large quantity) temperature.
Thus, the molecules will be unable to gain much kinetic energy that result in changing the temperature very slowly.
Mm of Hg is the same as Torres, therefore, it should be 105.6 Torr
There are four naturally occurring isotopes of iron, Fe-54, Fe-56, Fe-57, and Fe-58.
