Calculate the space that NH3 occupies at 40 degrees Celsius and 910 torr. There are 955 grams of the gas

The space that NH3 occupies is 1,205L

Explanation:

Using the ideal gas law we can find the volume of the gas

Where:

P is the pressure of the gas in Torr V is the volume of the gas in Liters n are the moles of gas T is the temperature of the gas in Kelvin R is the gas constant (62,36 L.Torr/K.mol)

First, we convert the temperature to kelvin, and find the moles of gas using the mass and molecular weight of NH3

T(K)= °C + 273,15= 40 + 273= 313K

Now we find the volume with the ideal gas law

Afraidsugar lol it’s the third one

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