Q1 Magnetic field well inside the solenoid is...
- (a)`B = μ_{0}`n I
- (b) `B⃗ = μ_{0}n I`
- (c) `∮ B⃗ . dl ⃗⃗⃗ = μ_{0} I`
- (d) `B. dl = μ_{0}`.
- `B = μ_{0}`n I
Q2 If charge enters the magnetic field obliquely , then path followed by it will be
- (a) Helical
- (b) Circular
- (c) Hyperbolic
- (d) Parabolic
- (a) Helical
Q3 Cyclotron can accelerate
- (a) ꞵ particle
- (b) 𝜶 particle
- (c) High velocity gamma rays
- (d) High velocity X-rays
- (b) 𝜶 particle
Q4 Angular frequency of a cyclotron is independent of
- (a) speed
- (b) mass
- (c) magnetic field
- (d) charge
- (a) speed
Q5 Cyclotron can be used in
- (a) particle therapy to treat cancer
- (b) source of high energy beam for nuclear physics experiment
- (c) produce short lived positron emitting isotopes for PET imaging
- (d) all the above
- (d) all the above
Q6 Cyclotron accelerates particles of mass ‘m’ and charge ‘q’ the energy of the particle emerging is proportional to
- (a) `\frac{q^{2}}{m}`
- (b) `\frac{q^{2}}{B}`
- (c) `\frac{q}{m}`
- (d) None of these
- (a) `\frac{q^{2}}{m}`
Q7 Cyclotron can not accelerate electrons
- (a) True
- (b) False
- (a) True
Q8 A cyclotron is used to accelerate ....
- (a) proton
- (b) Neutron
- (c) Alpha Particle
- (d) Both a and c
- (d) Both a and c
Q9. The current -carrying loop inside the magnetic field rotate due to the
- (a) Current acting on the coil
- (b) Torque acting on the coil
- (c) Couple acting on the coil
- (d) Light acting on the coil
- (b) Torque acting on the coil
Q10 If a charged particle moves inside the magnetic field , magnitude of which quantity is not effected by the magnetic field
- (a) Time period
- (b) Velocity
- (c) Frequency
- (d) All of these
- (b) Velocity
