Snow5672 Snow5672
  • 22-03-2017
  • Chemistry
contestada

Approximate temperature of a .7 mold sample of a gas at 1.2 ATM and volume of .170 L

Respuesta :

premedchemist
premedchemist premedchemist
  • 22-03-2017
Assuming you meant a 0.7 mole sample of a gas, we can approximate this by assuming that the gas is acting ideally, and use the ideal gas law PV=nRT. Using the following values:
P = 1.2 Atm
V = 0.170 L
n = 0.7 mol
R = 0.08206 L-atm/mol-K
We can rewrite the equation as: PV/nR = T
Plug in our values:
(1.2 atm)(0.170 L)/(0.08206*0.7 moles) = approximately 3.55 Kelvin = T
Answer Link

Otras preguntas

Solve the following problem for y. 4x+12y=24
Wanax was another name for a Mycenaean _____.
can you help me solve the equation 4(x+3) = 9x+16+3x? like a walk thru? thanks
a force of 300N[S] is applied to a 50kg box on a rough floor. The frictional force is 200N. The acceleration is 2m/s^2. if the 300N force is removed after 4.0s
if a golf ball and bowling ball are moving and both have the same kinetic energy. Which one moving faster? If they move at the same speed, which one has more ki
Explain why a solution can have many solutes, but only one solvent.
Challenge: Human cells have 46 chromosomes. Each chromosome consists of a pair of identical chromatids attached together by a structure called a centromere. At
someone tell me what is 9/8 simplified
Predict what might happen to the principle of checks and balances if the supreme court lacked the powers of judicial review.
what numbers round up and down to 600