An electron is fired parallel to uniform electric and uniform magnetic field acting simultaneously and in the same direction. The electron

An electron is fired parallel to uniform electric and uniform magnetic fields acting simultaneously and in the same direction. The electron :

An electron is projected parallel to electric and uniform magnetic fields acting simultaneously in the same direction. The electron.

The path of an electron in a uniform magnetic field may be

In a region, a uniform electric field and a uniform magnetic field are acting in the same direction. An electron is shot along the directio of the fields. What change will be obsverved in the magnitude and direction of the velocity of that electron ?

an electron is released from rest in a region of uniform electric and magnetic field acting parallel to each other. The electron will (A) move in a straight line (B) move in a circle (C) remain stationary (D) move in a helical path

an electron is released from rest in a region of uniform electric and magnetic field acting parallel to each other. The electron will (A) move in a straight line (B) move in a circle (C) remain stationary (D) move in a helical path

(A) : An electron moving with uniform velocity enters uniform magnetic field perpendicularly and then a uniform electric field in the same direction. Nature of paths followed by electron in both the fields will be same. (R) : The force applied by magnetic and electric field on electron are in the same direction.