Let there be a spherically symmetric charge distribution with charge density varying as `rho(r)=rho(5/4-r/R)` upto `r=R`, and `rho(r)=0` for `rgtR`, where r is the distance from the origin. The electric field at a distance r(rltR) from the origin is given byA. `(4pi rho_(0)r)/(3epsilon_(0))((5)/(3)-(r)/(R))`B. `(rho_(0)r)/(4epsilon_(0))((5)/(3)-(r)/(R))`C. `(4rho_(0)r)/(3epsilon_(0))((5)/(4)-(r)/(R))`D. `(rho_(0)r)/(3epsilon_(0))((5)/(4)-(r)/(R))`

Let there be a spherically symmetric charge distribution with charge d

1.	Let there be a spherically symmetric charge distribution with charge density varying as `rho(r)=rho(5/4-r/R)` upto `r=R`, and `rho(r)=0` for `rgtR`, where r is the distance from the origin. The electric field at a distance r(rltR) from the origin is given byA. `(4pi rho_(0)r)/(3epsilon_(0))((5)/(3)-(r)/(R))`B. `(rho_(0)r)/(4epsilon_(0))((5)/(3)-(r)/(R))`C. `(4rho_(0)r)/(3epsilon_(0))((5)/(4)-(r)/(R))`D. `(rho_(0)r)/(3epsilon_(0))((5)/(4)-(r)/(R))`
Answer» Correct Answer - B

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