A physical parameter `a` can be determined by measuring the parameters `b, c, d, and e` using the relation `a=b^(alpha)c^(beta)//d^(gamma)e^(delta)`. If the maximum errors in the measurement of `b, c , d, and e are b_(1) %,c_(1)% ,d_(1)% , and e_(1) %`, then the maximum error in the value of `a` determined by the experminent.
A. `(b_(1)+c_(1)+d_(1)+e_(1))%`
B. `(b_(1)+c_(1)-d_(1)-e_(1))%`
C. `(alpha b_(1)+beta c_(1)-gammad_(1)-deltae_(1))%`
D. `(alphab_(1)+betac_(1)+gammad_(1)+deltae_(1))%`
