In the relation P = (α/β)e^−αzkθ , p is pressure, Z is distance, k is Boltzmann constant and θ is the temperature. The dimensional formula of β will be [2004]

Question:

4.In the relation P = (α/β)e^−αzkθ , p is pressure, Z is distance, k is Boltzmann constant and θ is the temperature. The dimensional formula of β will be [2004]

Options :

a) [M^0L^2T^0]
b) [M^1L^2T^1]
c) [M^1L^0T^-1]
d) [M^0L^2T^-1]

Answer :

a) [M^0L^2T^0]

Answer Steps :

Step1 :-

Step2 :-

Step3 :-

Step4 :-

Video Tutorial

The kinetic energy of a particle executing a linear SHM is 16 J, when it is in the mean position. If the amplitude is 25 cm, periodic time of the particle in second is (Mass of the particle = 51.2 g)

A body of mass ‘M’ executes SHM Along x-axis with frequency ‘n’. At a distance x from the mean position, the body has kinetic energy ‘K’ and potential energy ‘P’. The amplitude of oscillation of the SHM is

The bob of a simple pendulum of ‘length ‘l’ is pulled through an angle ‘θ’ from its equilibrium position and them released. When it passes through its equilibrium position, its speed is given by: (g = acceleration due to gravity)

Online Support

Related Questions

The kinetic energy of a particle executing a linear SHM is 16 J, when it is in the mean position. If the amplitude is 25 cm, periodic time of the particle in second is (Mass of the particle = 51.2 g)

A body of mass ‘M’ executes SHM Along x-axis with frequency ‘n’. At a distance x from the mean position, the body has kinetic energy ‘K’ and potential energy ‘P’. The amplitude of oscillation of the SHM is

The bob of a simple pendulum of ‘length ‘l’ is pulled through an angle ‘θ’ from its equilibrium position and them released. When it passes through its equilibrium position, its speed is given by: (g = acceleration due to gravity)

Explore Our Courses

Access To All Courses from VgyanHub

Popular Courses

Company

Need Some Help?