Write missing symbols, denoted by `x`, in the following nuclear reactions: (a) `B^(10)(x,alpha)Be^(8)`, (b) `O^(17)(d,n)x`, (c )`Na^(23)(p,x)Ne^(20)`, (d)`x(p,n)Ar^(37)`.

Write missing symbols, denoted by `x`, in the following nuclear reacti

1.	Write missing symbols, denoted by `x`, in the following nuclear reactions: (a) `B^(10)(x,alpha)Be^(8)`, (b) `O^(17)(d,n)x`, (c )`Na^(23)(p,x)Ne^(20)`, (d)`x(p,n)Ar^(37)`.
Answer» (a) The particle `x` must carry two nucleous and a unit of positive charge. The reaction is `B^(10)(d, alpha)B_(e )^(8)` (b) The particle `x` must contain a proton in addition to the constituents of `O^(17)`. Thus the reaction is `O^(17)(d,n)F^(18)` (c ) The particle `x` must carry nucleon number `4` and two units of `+ve` charge. Thus the particle must be `x-alpha` and the reaction is `Na^(23)(p, alpha)Ne^(20)` (d) The particle `x` must carry mass number `37` and have one unit less of positive charge. Thus `x=Cl^(37)` and the reaction is `Cl^(37)(p,n)Ar^(37)`

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Write missing symbols, denoted by `x`, in the following nuclear reactions: (a) `B^(10)(x,alpha)Be^(8)`, (b) `O^(17)(d,n)x`, (c )`Na^(23)(p,x)Ne^(20)`, (d)`x(p,n)Ar^(37)`.

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