Calculate the volume of 2.0116 x 10^23 molecules of nh3 gas trapped in a container at a pressure of 2280.0 mmhg and a temperature of 41.000 c

The problem in this question can be solved using the ideal gas formula. Ideal gas formula show interaction between the pressure, volume, temperature and the number of molecules.

n= number of molecule/ avogadro number
n= (2.0116 x 10^23 / 6.02*10^23)= 1/3 mole

T= celcius + 273.15
T= (41+273.15) K=314.15

P=2280 mmHg / (760mmHg/atm)= 3 atm

PV=nRT
V= nrT/ P
V=  1/3 moles * (0.08205 L atm / mol·K)   * 314.15 K / 3 atm
V= 2.864 L

Cordera can be warmer or colder than Hillsdale but can never be of the same temperature.

Explanation:

The reasons depend on the direction of the air current. And the position of the two cities to the equator. Because energy from the sun is transferred to Earth’s surface. Some of that energy is then transferred to the air above the surface. The closer a location is to the equator, the more energy it receives from the sun. Therefore, a location’s air temperature is affected by its distance from the equator. This is not the only cause for cooling.

Water moving from the equator is warmer than would be expected based on latitude, and so is warmer than the air it passes. Water moving from a pole is colder than would be

expected based on latitude and so is colder than the air it passes. Energy transfers from warmer substances to colder substances. Warmer air transfers energy to cooler currents and warmer currents transfer energy to cooler

air.