A magnetic field exists in a smoke chamber shown perpendicular to the plane of paper (either upwards or downwards). A beam coming out of a radioactive material [consisting of α,β−,γ particles, proton (H+), Neutron] enters into the chamber through a fine hole, the four rays are named as A,B,C and D.[Assume α,β−, Neutron and proton have nearly the same velocity.]Column-IColumn-II(A)A(P)α(B)B(Q)β−(C)C(R)γ(D)D(S)H+(T)NeutronWhich of the following option has the correct combination considering column-I and column-II.

A magnetic field exists in a smoke chamber shown perpendicular to the

1.	A magnetic field exists in a smoke chamber shown perpendicular to the plane of paper (either upwards or downwards). A beam coming out of a radioactive material [consisting of α,β−,γ particles, proton (H+), Neutron] enters into the chamber through a fine hole, the four rays are named as A,B,C and D.[Assume α,β−, Neutron and proton have nearly the same velocity.]Column-IColumn-II(A)A(P)α(B)B(Q)β−(C)C(R)γ(D)D(S)H+(T)NeutronWhich of the following option has the correct combination considering column-I and column-II.
Answer» A magnetic field exists in a smoke chamber shown perpendicular to the plane of paper (either upwards or downwards). A beam coming out of a radioactive material [consisting of $α, β^{-}, γ$ particles, proton $(H^{+})$ , Neutron] enters into the chamber through a fine hole, the four rays are named as $A, B, C$ and $D$ . [Assume $α, β^{-},$ Neutron and proton have nearly the same velocity.] $\begin{matrix} Column-I & Column-II (A) & A & (P) & α (B) & B & (Q) & β^{-} (C) & C & (R) & γ (D) & D & (S) & H^{+} (T) & Neutron \end{matrix}$ Which of the following option has the correct combination considering column-I and column-II.

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