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Find the Q-value and the kinetic energy ...

Find the Q-value and the kinetic energy of the emitted `alpha` particle in the `alpha`-decay of (a) `""_(88)^(226)` Ra and (b)`""_(86)^(220)` Rn
Given m (`""_(88)^(226)`Ra ) = 226.02540 u, `" " `m (`""_(86)^(222)` Rn ) = 222.01750 u,
m ( `""_(86)^(222)` Rn ) = 220.01137 u, ` " "` m (` ""_(84)^(226)` Po) = 216.00189 u.

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Find the Q-value and the kinetic energy of the emitted alpha -particle in the alpha -decya of (a) ""_(88)^(226)Ra and (b) ""_(86)^(220)Rn . Given m (""_(88)^(226)Ra) = 226.02540 u, " " m(""_(86)^(222)Rn) = 222.01750 u . m(""_(86)^(220)Rn) = 220.01137 u, " " m (""_(84)^(216)Po) = 216.00189u .

Find the Q-value and the kinetic energy of the emitted a-particle in the a-decay of (a) ""_(88)^(226)Ra and (b) (86)^(220)Rn . Given m (""_(88)^(226)Ra) = 226.02540 u, " " m (""_(86)^(222)Rn) = 222.01750 u , m (""_(86)^(220)Rn) = 220.01137u, " " m(""_(84)^(216) Po) = 216.00186u .

Find the Q-value and the kinetic energy of the emitted a-particle in the a-decay of (a) ""_(88)^(226)Ra and (b) (86)^(220)Rn . Given m (""_(88)^(226)Ra) = 226.02540 u, " " m (""_(86)^(222)Rn) = 222.01750 u , m (""_(86)^(220)Rn) = 220.01137u, " " m(""_(84)^(216) Po) = 216.00186u .

Find the Q-value and the kinetic energy of the emitted a-particle in the alpha -decay of - "_88^226Ra .Given m ( "_88^226Ra ) = 226.02540 u and m ( "_86^222Rn ) = 222.01750 u.

Find Q-value and kinetic energy of the emitted alpha -particle in the alpha -decay of (a) ._88^222Ra and (b) ._86^220Rn . Given , m(._86^226Ra) = 226.02540 u, m(._26^222Rn) = 222.01750 u, m(._86^220Rn) = 220.01137 u, m(._84^216Po) = 216.00189 u , m(._2^4He) =4.00260 u