Complete the following nuclear reactions
(i) `18^(Ar^(40)) + ? rarr 19^(K^(40)) + 0^(n^(1))`
(ii) ______ + `1^(H^(1))rarr 2^(He^(4)) + 2^(He^(4))`
(iii) `88^(Ra^(236))rarr ? + 2^(He^(4))`
(iv) `92A^(U^(238))rarr 56^(Ba^(143))` + _______+ `0^(n^(1))`

The half life of Th^(233) is 1.4 xx 10^(10) years. Calculate its disintegration constant. (i) 18Ar^(10) +____ rarr19^(k^(40))+0^(n^(1)) (ii) ________+ 1H^(1)rarr2^(He^(4))+2He^(4) (iii) 88Ra^(236)rarr ________+ 2^(He^(4)) (iv) 92^(U^(238))rarr56^(Ba^(143)) +_________+ 0^(n^(1))

Complete the following nuclear reaction : ._7N^14 + ._2He^4 to ._8O^17 + ?

Complete the following nuclear reaction. _(92)^(236)U rarr_(56)^(141)Ba +___+ Energy .

Complete the following nuclear equations : ._4Be^9 + ._2He^4 to ____ + ._0n^1

Complete the following given equation: SiCl_4+H_2O rarr

Complete the following reactions : Na_2B_4O_7+7H_2O rarr

Complete the following chemical equations : MnO_(4)^(-)+NO_(2)^(-)+H^(+)rarr

Predict the bombarding projectile in the following nuclear reactions (i) 13^(Al^(27)) + ? rarr 11^(Na^(24)) + 2^(He^(4)) (ii) 34^(Se^(83)) + ? rarr 34^(Se^(84)) + gamma rays (iii) 7^(N^(14)) + ? rarr 8^(O^(17) + 1^(H^(1))

Complete the following nuclear equations : ._92U^235 + ._0n^1 to ._56Ba^141 + ._36Kr^92 + ___ ._0n^1

Complete the reaction : MnO_4 + C_2O_4^(2-) + H^+ rarr