Question Solved1 Answer The figure(Figure 1) shows a thin rod of length L with total charge Q. Figure 1 of 1 L P . Find an expression for the electric field E at distance x from the end of the rod. Give your answer in component form. Express your answer in terms of the variables Q. L, x, unit vectors i, j, and appropriate constants. ΟΙ ΑΣφ ? kQ L2 72 4

XFEHAE The Asker · Physics

Transcribed Image Text: The figure(Figure 1) shows a thin rod of length L with total charge Q. Figure 1 of 1 L P . Find an expression for the electric field E at distance x from the end of the rod. Give your answer in component form. Express your answer in terms of the variables Q. L, x, unit vectors i, j, and appropriate constants. ΟΙ ΑΣφ ? kQ L2 72 4
More
Transcribed Image Text: The figure(Figure 1) shows a thin rod of length L with total charge Q. Figure 1 of 1 L P . Find an expression for the electric field E at distance x from the end of the rod. Give your answer in component form. Express your answer in terms of the variables Q. L, x, unit vectors i, j, and appropriate constants. ΟΙ ΑΣφ ? kQ L2 72 4
See Answer
Add Answer +20 Points
Community Answer
FJIOED The First Answerer
See all the answers with 1 Unlock
Get 4 Free Unlocks by registration

dQ=int_(de^(2))depsilon_(c)dy-1=(Q)/(L)dE_(l)=alphaE_(0)^(L)varphi_(0)dy quad g=x+x_(0)quad da_(theta)depsilon_(x^(2))(k+dy)/((x^(2)+y^(2)))cos thetaquad alpha y=xsec^(2)theta d theta(k_(lambda))/(x)int_(0)^(theta)cos theta d theta=(k lambda)/(x)[sin theta]_(0)^(theta).E_(x)=(k lambda)/(x)sin thetaE_(x)=(k)/(2x)sin thetadE_(y)=(kQ)/(Lx)sin h_(theta)alphaE_(y)=alphaE_(sin theta)G_(y)=int_(0)^(theta)(k+1sin theta)/(x)=-(k_(1))/(x)[cos th ... See the full answer