Question

find an expression relating the charge density p’ in the inertial frame s’ to the value...

find an expression relating the charge density p’ in the inertial frame s’ to the value of p and J =(jx,jy,jz) in the frame S, where S’ moves at +vx relative to S

Homework Answers

Answer #1

Answer:

The relativistic relation between charge density 1 in the inertial frame s1 and charge density in the frame s and the current density J is 1 = [ - vJx/c2]. Since the current density Jx = vx

We have taken Jx because of the frame s1 is moving with speed vx along the x-axis relative to the frame s.

Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
find an expression relating the charge density p’ in the inertial frame s’ to the value...
find an expression relating the charge density p’ in the inertial frame s’ to the value of p and J =(jx,jy,jz) in the frame S, where S’ moves at +vx relative to S
Special relativity problem In inertial system S, events A and B have coordinates xA = (2,0,0,1)...
Special relativity problem In inertial system S, events A and B have coordinates xA = (2,0,0,1) xB = (1,0,0,3) a) Show that there exists an inertia frame where the time difference between the events can be any. b) Show that there are inertia systems where the distance between events can be as large as possible. c) Find the distance that can be between the events and the inertial system S' where the distance takes on this minimum value
What is meant by polarisation in electromagnetism? Give the dimension (or unit) of polarisation P. In...
What is meant by polarisation in electromagnetism? Give the dimension (or unit) of polarisation P. In a linear dielectric material with relative permittivity, the electric displacement field’s only non-zero component is the x-component and it can be written as D=Dox2 where Do is a constant. Find the expression of volume free charge density and volume polarisation charge density.
Find an expression for the electric potential V(s,φ) due to infinite line charge λ parrallel to...
Find an expression for the electric potential V(s,φ) due to infinite line charge λ parrallel to the z axis located in the (x,y) plane at (d,0). Take v = 0 at s = 0 . (b) show that your expression obeys the 2-d laplace equation in polar coordinates in the (x,y) plane. C) Show that V(s,φ) obeys the averaging principle for harmonic functions by computing its average value on a cirlce of radius s = R < d
(a) Given a volume D, a speed v and a mass density ρ, find an expression...
(a) Given a volume D, a speed v and a mass density ρ, find an expression with the units of power. (b) Suppose that in the context of crew racing, where large and small boats of the same design carry n rowers, that the sustained speed of a boat depends on its displacement D, the power P provided by the rowers, and the density of water ρ. Suppose that the displacement and the power both increase linearly with the number...
A solid spherical nonconductor with a radius of 0.25m contains an interior charge density (Q/V) of...
A solid spherical nonconductor with a radius of 0.25m contains an interior charge density (Q/V) of 1.00*10-6 r3 C/m3 where r is the distance from the center of the sphere. a) Determine an expression for the total charge within a radius r less than or equal to 0.25m b) Determine an expression for the total charge contained within the nonconducting sphere c) Using Gauss' Law find an expression for the magnitude of the electric field within the sphere as a...
For each probability expression, find the unknown zz-value(s). Unless directed otherwise, use three decimals in your...
For each probability expression, find the unknown zz-value(s). Unless directed otherwise, use three decimals in your answers. (a) P(−1.6≤Z≤1.06)=P(−1.6≤Z≤1.06)= equation editor (b) P(Z≥z0)=0.3P(Z≥z0)=0.3. Find z0z0. z0=z0= equation editor (c) P(z0≤Z≤0.73)=0.6272P(z0≤Z≤0.73)=0.6272. Find z0z0. z0=z0= equation editor (use two decimals
Using the expected value and variance of a random variable X~Bin(n,p), find an expression for E(X^2)...
Using the expected value and variance of a random variable X~Bin(n,p), find an expression for E(X^2) in terms of n and p.
A solid spherical no-conductor of radius 14.5cm has a uniform charge density of p=3.70uC/m**3 (a) Find...
A solid spherical no-conductor of radius 14.5cm has a uniform charge density of p=3.70uC/m**3 (a) Find the magnitude of the electric field af a distance of 8.5 cm from the center of the sphere. B-find the electric field at a distance of 21.0 cm from the center of the sphere C-Now consider a solid sphere conductor of same radius with the same total charge as the non conductor sphere in part (a) Find the electric field at the two distance...
(1 point) For each probability expression, find the unknown zz-value(s). Unless directed otherwise, use three decimals...
(1 point) For each probability expression, find the unknown zz-value(s). Unless directed otherwise, use three decimals in your answers. (a) P(Z≤z0)=0.85P(Z≤z0)=0.85. Find z0z0. z0=z0= equation editor Equation Editor (b) P(Z≤z0)=0.24P(Z≤z0)=0.24. Find z0z0. z0=z0= equation editor Equation Editor (c) P(Z≥z0)=0.4P(Z≥z0)=0.4. Find z0z0. z0=z0= equation editor Equation Editor (c) P(z0≤Z≤0.9)=0.7465P(z0≤Z≤0.9)=0.7465. Find z0z0. z0=z0= equation editor Equation Editor (use two decimals)