Home
Class 12
CHEMISTRY
Complete the following nuclear reactions...

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))`

Promotional Banner

Similar Questions

Explore conceptually related problems

Complete the following reactions : (i) C_(2)H_(4)+O_(2)rarr (ii) 4Al+3O_(2)

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 reactions. 2FeSO_(4)+H_(2)SO_(4)+Cl_(2)rarr

Complete the following equation. H_(2)SO_(4)+So_(3)rarr?

Complete the following equations : (i) P_(4)+H_(2)Orarr (ii) XeF_(4)+O_(2)F_(2)rarr

Complete the following equations : (i) Ag+PCl_(5)rarr (ii) CaF_(2)+H_(2)SO_(4)rarr

a) Complete the following equations: i) PbS_((s))+4O_(3(g))rarr ii) 2NaOH+SO_(2)rarr

Complete the following equation: XeF_4+.....overset(143K)rarr XeF_6+O_2

Calculate Q value of the following nuclear reaction 13^(Al^(27)) + 2^(He^(4)) rarr 14^(Si^(30)) + 1^(H^(1)) + Q. The exact mass of 13^(Al^(27)) is 26.9815 amu, 14A^(Si^(30)) is 29.9738, 2^(He^(4)) is 4.0026 amu and 1^(H^(1)) is 1.0078 amu.

Complete the following chemical equations (i) PbS+4O_(3)rarr PbSO_(4)+ _________ (ii) Cu+2H_(2)SO_(4)rarr CuSO_(4)+ _______ +2H_(2)O (iii) Cl_(2)+2H_(2)O+SO_(2)rarr _______ +2HCl