Vincent6800 Vincent6800
  • 01-12-2017
  • Physics
contestada

Find the rms speed of the molecules of a sample of n2 (diatomic nitrogen) gas at a temperature of 31.5°c.

Respuesta :

Louli
Louli Louli
  • 14-12-2017
The rms speed can be calculated using the following rule:
rms = sqrt ((3RT) / (M)) where:
R is the gas constant =  8.314 J/mol-K
T is the temperature = 31.5 + 273 = 304.5 degrees kelvin
M is the molar mass = 2*14 = 28 grams = 0.028 kg

Substitute with the givens to get the rms speed as follows:
rms speed = sqrt [(3*8.314*304.5) / (0.028)] = 520.811 m/sec
Answer Link

Otras preguntas

Simplify 12/16 to lowest terms and find an equivalent fraction that has a denominator of 32
A central atom that is sp3 hybridized could bind up to how many other atoms?
Simplify 27 2 the 2 is tiny so I think it's 27 to the power of 2
what is the the answer to 20 over 2 = 3x
How much water does it take to dilute urine
Simplify 12/16 to lowest terms and find an equivalent fraction that has a denominator of 32
let g(x)=3x+2 and f(x)= x-2/3 find the value 1.) f(g(0)) 2.) g(f(2)) 3.) g(g((0))
A skin cell in g2 of interphase has _____ as much dna as it had in g1.
What is an equation of the line that is perpendicular to y+1=-3(x-5) and passes through the point (4,-6)
A ball is dropped from the roof of a building. If it takes the ball 2.6s to reach the ground, how tall is the building?