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(D) particle is deflected in a magnetic field only if it carries an electric charge.$(i)$ Electrons $(e^-)$ are negatively charged particles and will

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$(i), (ii), (iii)$

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(D) particle is deflected in a magnetic field only if it carries an electric charge.$(i)$ Electrons $(e^-)$ are negatively charged particles and will be deflected.$(ii)$ Protons $(p^+)$ are positively charged particles and will be deflected.$(iii)$ $He^{+2}$ particles (alpha particles) are positively charged and will be deflected.$(iv)$ Neutrons are electrically neutral particles and will not be deflected in a magnetic field.Therefore,the particles that can be deflected are $(i)$,$(ii)$,and $(iii)$.

At a particular instant,the emissions from a radioactive compound are deflected in a magnetic field. The compound could be emitting which of the following at that instant?
$(i)$ Electrons $(ii)$ Protons $(iii)$ $He^{+2}$ particles $(iv)$ Neutrons

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At a particular instant,the emissions from a radioactive compound are deflected in a magnetic field. The compound could be emitting which of the following at that instant?$(i)$ Electrons $(ii)$ Protons $(iii)$ $He^{+2}$ particles $(iv)$ Neutrons