An experiment measures quantities `a`, `b`, `c` and `x` the value of `x` is calculated from `x=ab//c^(3)`. If the maximum percentage error in `a`, `b` and `c` are `1%`, `1%` and `2%` respectively, then

An experiment measures quantities a, b and c and X is calculated from X= ab^(2)//c^(3) . If the percentage error in a, b and c are pm 1%, pm 3% and pm 2% respectively, the percentage error in X will be-

An experiment measured quantity a, b, c and then x is calculated from x = ab^(2)//c^(3) . If the percentage error in a, b, c are pm 1%, pm 3% and pm 2% respectively, the percentage error in x can be,

An experiment measures quantities a,b,c and d and x is calculated from formula x=(ab^(1//2))/(c^(3//2)d^(3)) . The percentage errors in a,b,c and d are 2% , 4% , 6% and 1% respectively. What is the percentage error in x ?

An experiment measures quantities a,b,c and then X is calculated from X=(a^(1//2)b^(2))/(c^(3)). If the percentage errors in a,b,c are +-1% +-3% and +-2% respectively, then the percentage error in X can be :

An experiment measures quantites a, b, c and X is calculated from the formula X = (ab^(2))/(c^(3)) If the percentage errors in a,b,c are +- 1%, +- 3%, +- 2% respectively, the perentage error in X can be

An experiment measures quantites a, b, c and X is calculated from the formula X = (ab^(2))/(c^(3)) If the percentage errors in a,b,c are +- 1%, +- 3%, +- 2% respectively, the perentage error in X can be

An experiment measures quantites a, b, c and X is calculated from the formula X = (ab^(2))/(c^(3)) If the percentage errors in a,b,c are +- 1%, +- 3%, +- 2% respectively, the perentage error in X can be