In the relation P=xye−xd/KBθ where P is pressure, d is the distance, KB is Boltzmann constant and θ is the temperature. The dimensional formula of x is
[M−1L2T2]
[ML2TK−1]
[M1L1T−2]
[MLT−2K−1]
A
[MLT−2K−1]
B
[M−1L2T2]
C
[ML2TK−1]
D
[M1L1T−2]
Open in App
Solution
Verified by Toppr
Was this answer helpful?
0
Similar Questions
Q1
In the relation P=xye−xd/KBθ where P is pressure, d is the distance, KB is Boltzmann constant and θ is the temperature. The dimensional formula of x is
View Solution
Q2
In the relation P=αβe−αZkθ, P is pressure, Z is the distance, k is Boltzmann constant and θ is the temperature. The dimensional formula of β will be
View Solution
Q3
In the relation P=αβe−azKθ,P is pressure, K is Boltzmann constant, Z is distance and θ is temperature. The dimensional formula of β will be:
View Solution
Q4
In the relation P=aβe−azkθ,p is the pressure, z the distance, k is Boltzmann constant and θ is the temperature, the dimensional formula of β will be
View Solution
Q5
In the relation P=αβe−αZKθ , P is the pressure, Z is the distance, K is the Boltzmann constant and θ is the temperature. The dimensional formula of β will be: