singly charged helium(x) ,ionised deuteron (y) , alpha particle (z) are protjected into a uniform magnetic field 310^-4 T with velocities 10⁵ m/s ,0.410⁴m/s and 2*10³ m/s. respectively. Then the ratio of angular moment to amgnetic moment for these particles is

a) x>y=z

b)x
c) y
d)z>x>y

Question

singly charged helium(x) ,ionised deuteron (y) , alpha particle (z) are protjected into a uniform magnetic field 3*10^-4 T with velocities 10⁵ m/s ,0.4*10⁴m/s and 2*10³ m/s. respectively. Then the ratio of angular moment to amgnetic moment for these particles is

a) x>y=z

b)x

c) y

d)z>x>y

Saurabh Kumar · Answer

Use the concept define below,
Let's first look at the classical situation. A charged particle moving round a circular loop had an angular momentum and because it is also a current, it produces a magnetic moment. Therefore, it can be considered to be a magnetic dipole with a moment m?. The magnetic moment and the angular momentum are proportional to each other with the constant of proportionality called the gyromagnetic ratio.

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singly charged helium(x) ,ionised deuteron (y) , alpha particle (z) are protjected into a uniform magnetic field 310 -4 T with velocities 10 5 m/s ,0.410 4 m/s and 2*10 3 m/s. respectively. Then the ratio of angular moment to amgnetic moment for these particles is a) x>y=z b)x c) y d)z>x>y

singly charged helium(x) ,ionised deuteron (y) , alpha particle (z) are protjected into a uniform magnetic field 310^-4 T with velocities 10⁵ m/s ,0.410⁴m/s and 2*10³ m/s. respectively. Then the ratio of angular moment to amgnetic moment for these particles is

a) x>y=z

b)x
c) y
d)z>x>y

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singly charged helium(x) ,ionised deuteron (y) , alpha particle (z) are protjected into a uniform magnetic field 3*10 -4 T with velocities 10 5 m/s ,0.4*10 4 m/s and 2*10 3 m/s. respectively. Then the ratio of angular moment to amgnetic moment for these particles is a) x>y=z b)x c) y d)z>x>y

singly charged helium(x) ,ionised deuteron (y) , alpha particle (z) are protjected into a uniform magnetic field 3*10-4 T with velocities 105 m/s ,0.4*104m/s and 2*103 m/s. respectively. Then the ratio of angular moment to amgnetic moment for these particles isa) x>y=zb)xc) yd)z>x>y

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singly charged helium(x) ,ionised deuteron (y) , alpha particle (z) are protjected into a uniform magnetic field 310 -4 T with velocities 10 5 m/s ,0.410 4 m/s and 2*10 3 m/s. respectively. Then the ratio of angular moment to amgnetic moment for these particles is a) x>y=z b)x c) y d)z>x>y

singly charged helium(x) ,ionised deuteron (y) , alpha particle (z) are protjected into a uniform magnetic field 310^-4 T with velocities 10⁵ m/s ,0.410⁴m/s and 2*10³ m/s. respectively. Then the ratio of angular moment to amgnetic moment for these particles is

a) x>y=z

b)x
c) y
d)z>x>y