t_(x//y) = time in which x//y fraction of reactant converts into product. {:(,"Column-I",,"Column-II"),("(a)",t_(5//9),,(p)Equal t o 54 sec if t_(1//3) "is 18 sec in case of first order reaction"),("(b)",t_(19//27),,(q)Equal t o 32 sec if t_(1//14) "is 16 sec in case of first order reaction"),("(c)",t_(7//8),,(r)Equal t o 56 sec if t_(1//3) "is 4 sec in case of second order reaction"),("(d)",t_(7//16),,(t)Equal t o 30 sec if t_(1//3) "is 18 sec incase of zero order reaction"),(,,,(t)Equal t o 28 sec if t_(1//2) "is 16 sec in case of zero order reaction"):}

t_(x//y) = time in which x//y fraction of reactant converts into produ

1.	t_(x//y) = time in which x//y fraction of reactant converts into product. {:(,"Column-I",,"Column-II"),("(a)",t_(5//9),,(p)Equal t o 54 sec if t_(1//3) "is 18 sec in case of first order reaction"),("(b)",t_(19//27),,(q)Equal t o 32 sec if t_(1//14) "is 16 sec in case of first order reaction"),("(c)",t_(7//8),,(r)Equal t o 56 sec if t_(1//3) "is 4 sec in case of second order reaction"),("(d)",t_(7//16),,(t)Equal t o 30 sec if t_(1//3) "is 18 sec incase of zero order reaction"),(,,,(t)Equal t o 28 sec if t_(1//2) "is 16 sec in case of zero order reaction"):}
Answer» ANSWER :(a-s);(b-p);(c-r,t);(d-p)