You can use the Ideal Gas Law here: PV=nRT. First you need to find the pressure in the first situation, where V1=600 ml and T1=300 K (temperature is measured in absolute, meaning kelvins, rather than celsius).
P=nRT1/V1
Then, you're looking for the volume in the second situation, so rearrange the Gas Law here:
V2=nRT2/P
Substitute P=nRT1/V1 into this equation to get:
V2=(nRT2V1)/(nRT1)
After some simplification, we reach:
V2=T2V1/T1
And substituting the numerical values gives you:
V2=(293 K)(.600 L)/(300 K)=.586 L=586 L
rms speed of certain gas molecule at 27C is found to be 1930m/s.Estimate the gas?
hello
3.7 L
For those who donβt have 6.8 as an answer then it is 20C
The average is 20 C.
The record low is 12 degrees F, but that was on top of Mauna Loa.
80f or 27c
-27C
There is a chart here: http://gospain.about.com/od/spanishclimate/ss/weather_6.htm
pV = nRT we can firstly assume that n (number of moles) and R (gas constant) do not change and as pressure is also kept constant, the temperature must be proportional to the volume. Thus if temperature is increased from 27C (300K) to 327C (600K) and is doubled, the volume must also double.
winter- as low as -40 degrees summer- as high as 70 degrees
12.9 L
419 mL
27C = 80.6 degrees Fahrenheit212K = -78.07 degrees Fahrenheit