Figure shows a mixed source $R$ of alpha and beta particles in a thick lead walled container. The particles pass through a magnetic field in a direction perpendicular to the plane of paper inwards as shown by $x.$ (a) Show in the diagram how the particles get affected.
[Hint : Alpha particles will deflect to the left while beta particles to the right]

Figure shows a mixed source $R$ of alpha and beta particles in a thick lead walled container. The particles pass through a magnetic field in a direction perpendicular to the plane of paper inwards as shown by $x.$ (a) Show in the diagram how the particles get affected. (b) Name the law used in part (a).
[Hint : Alpha particles will deflect to the left while beta particles to the right]

Figure shows a radioactive source $S$ in a thick lead walled container having a narrow opening. The radiations pass through an electric field between the plates $A$ and $B.$

Complete the diagram to show the paths of $\alpha ,\beta$ and $\gamma$ radiations.

Figure shows a radioactive source $S$ in a thick lead walled container having a narrow opening. The radiations pass through an electric field between the plates $A$ and $B.$

Why is the source $S$ kept in a thick lead walled container with a narrow opening ?