EASY
NEET
IMPORTANT
Earn 100

Three charges proton, deuteron and -particle are projected in uniform transverse magnetic field in such a way that the radii of circular tracks are equal. Then, find their following ratio, respectively, ratio.

Important Questions on Magnetic Effect of Current
EASY
NEET
IMPORTANT
Three charges proton, deuteron and -particle are projected in uniform transverse magnetic field in such a way that the radii of circular tracks are equal. Then, find their following ratio, respectively, ratio.

EASY
NEET
IMPORTANT
Three charges proton, deuteron and -particle are projected in uniform transverse magnetic field in such a way that the radii of circular tracks are equal. Then, find their following ratio, respectively, ratio.

EASY
NEET
IMPORTANT
Three charges proton, deuteron and -particle are projected in uniform transverse magnetic field in such a way that the radii of circular tracks are equal. Then, find the following ratio, respectively, ratio.

EASY
NEET
IMPORTANT
A proton and an electron are projected in uniform transverse magnetic field. Then, the trajectory of which charge is more curved or deflection of which charge is more from its initial direction of motion if their same?

MEDIUM
NEET
IMPORTANT
A proton and an electron are projected in uniform transverse magnetic field. Then, the trajectory of which charge is more curved or deflection of which charge is more from its initial direction of motion if their same?

EASY
NEET
IMPORTANT
A proton and an electron are projected in uniform transverse magnetic field. Then, the trajectory of which charge is more curved or deflection of which charge is more from its initial direction of motion if their are same?

EASY
NEET
IMPORTANT
A proton and an electron are projected in uniform transverse magnetic field. Then, the trajectory of which charge is more curved or deflection of which charge is more from its initial direction of motion if their same?

EASY
NEET
IMPORTANT
Three charges proton, deuteron and -particle are projected in uniform transverse magnetic field. Then, find the ratio of time period.
