0
You visited us 0 times! Enjoying our articles? Unlock Full Access!
Question

Inversion temperature of helium is very low. So when helium is allowed to expand into vacuum it gets:
  1. Cooled
  2. Heated
  3. Neither cooled, nor heated X
  4. Liquified

A
Neither cooled, nor heated X
B
Cooled
C
Heated
D
Liquified
Solution
Verified by Toppr

Was this answer helpful?
0
Similar Questions
Q1
Inversion temperature of helium is very low. So when helium is allowed to expand into vacuum it gets:
View Solution
Q2
Inversion temperature of helium is very low. So when helium is allowed to expand when it gets?
View Solution
Q3
When helium is allowed to expand into vacuum, heating effect is observed. Its reason is that
View Solution
Q4
When helium gas is allowed to expand into vacuum, heating effect is observed. The reason for this is:
(Assume He as a non-ideal gas)

View Solution
Q5
Inert gases such as helium behave like ideal gases over a wide range of temperature. However they condense into the solid state at very low temperature there is a:
View Solution