[" The relative reactivity of "1^(@),2^(@)" and "3^(@)" hydrogens in chlorination reaction has been found to "],[" the reaction "],[qquad qquad (a_(2))/(hv)>(1)/(hv)+lambda_(C)+lambda^(C)+CK|],[Aquad Bquad Cquad D]

The relative reactivity of 1^(@), 2^(@) and 3^(@) hydrogens in chlorination reaction has been found to be 1:3.8:5 in the reaction, The ratio of the amount of the product (A), (B), (C) and (D) is expected to be:

The relative reactivity of 1^(@),2^(@) and 3^(@) hydrogens in chlorination reaction has been found to be 1:3.8:5 In the reaction, The ratio of the amount of the poroduct (A),(B),© and (D) is expected to be:

The relative reactivity of 1^(@)H,2^(@)H and 3^(@)H in bromination reaction has been found to be 1:82:1600 respectively.In the reaction The percentage yield of (A) and(B) are expected to be:

The relative reactivity of 1^(@)H, 2^(@)H and 3^(@)H in bromination reaction has been found to be 1:82:1600 respectively. In the reaction, The percentage yield of (A) and (B) are expected to be:

The relative reactivity of 1^(@)H, 2^(@)H and 3^(@)H in bromination reaction has been found to be 1:82:1600 respectively. In the reaction, The percentage yield of (A) and (B) are expected to be:

The relative reactivity of 1^(@)H,2^(@)H and 3^(@)H in bromination reaction has been found to be : 82: 1600 respectively. In the reaction. The percentage yields of the products (A) and (B) respectively are expected to be

S.D. of n observation a_(1),a_(2),a_(3)........a_(n) is sigma then the S.D. of the observations lambda a_(1), lambda a_(2)...........lambda a_(n) is