An electron moving with a veloctiy of `10^(7)m.s^(-1)` enters a uniform magnetic field of 1 T along a direction parallel to the field. What would be its trajectory?

An electron moving with a velocity of 10^7 ms^-1 enters a uniform magnetic field of 1 T along a direction parallel to the field. What would be its trajectory in this field?

An electron moving with a velocity of 10^7ms^-1 enters a uniform magnetic field of 1T , along a direction parallel to the field. What would be its trajectory?

An electron of velocity 2.652 xx 10^(7) m/s enters a uniform magnetic field of direction of motion . The radius of its path is

An electron moving horizontally with a velocity of 4xx10^4ms^-1 enters a region of uniform magnetic field of 10^-5T , acting vertically downwards as shown in figure. Draw its trajectory and find out the time it takes to come out of the region of magnetic field.

An electron moving with a velocity of 10^(6) m//s in the X-direction enters a region of uniform magnetic field of strength 0.2T in Y-direction. Then its de-Broblie wavelength (in the magnetic field region in comparison to outside)-

An electron moving with velocity vecv along positive x-axis enters a uniform magnetic field vecB direction along positive y-axis. What is the magnitude and direction of force on the electron?