Multiple Choice
A diatomic molecule consists of two point masses, m1 and m2, separated by a distance r.Find the moment of inertia through the centre of mass about an axis perpendicular to the molecular axis.
A) m1m2r2/(m1 + m2)
B) [(m1m2/m1) + m2]r2
C) (m1 + m2) /m1m2r2
D) (m1 + m1) r2 /m1m2
E) m1m2r2/m1
Correct Answer:
Verified
Correct Answer:
Verified
Related Questions
Q2: When calculating the rotational kinetic energy of
Q5: The force constant of HCl is 480
Q6: A diatomic molecule consists of two point
Q8: If an electric field is applied to
Q10: Solid argon has a density of 1650
Q11: Assume a diatomic molecule can be considered
Q12: The frequency of a microwave absorbed by
Q21: The energy of a molecule can normally
Q29: How many degrees of freedom does a
Q39: The Fermi temperature of copper is 80