[" A physical quantity "X" is given by: "x=(p^(2)Q^(5))/(A^(2))" .The percentage errors in "P,Q" .R and "S],[" are "19,2%,3%" and "4x" ,Calculate the percentage error in "x" ."]

A physical quantity y is given by y=(P^2Q^(3//2))/(R^4S^(1//2)) The percentage error in P,Q ,R and S are 1%,2%, 4% and 2% respectively. Find the percentage error in y.

A physical quantity y is given by y=(P^2Q^(3//2))/(R^4S^(1//2)) The percentage error in A,B , C and D are 1%,2%, 4% and 2% respectively. Find the percentage error in y.

A physical quantity is given by X=(a^(2)sqrt(b))/c^(3) . If the percentage errors of measurement in a, b and c are 3%, 2% and 1% respectively, then the percentage error in X is

A physical quantity X is given by the relation X = (a^2b^3)/(c sqrt d) if the percentage error in a b, c and d are 2%,1%,3% and 4% respectively what is the percentage error in x

A physical quantity P is given by P = (a^(2)b^(2))/(cd) . If the percentage errors of measurement in a,b,c,d are 1%, 2%, 3%, 4% respectively, then calculate the percentage error in the calculatioon of P.

A physical quantity 'x' is given by the relation x=(a^(2)b)/(sqrt(c )) If errors in a, b and c are 2% and 3% and 4% respectively, calculate percentage error in 'x'.

A physical quantity Q is found to depend on quantities x,y,z obeying relation Q = (x^(2)y^(3))/(z^(1)) . The percentage errors in x, y, and z are 2%, 3% and 1% respectively. Find the percentage error in Q.

A Physical quantity P is given by P= (A^2sqrtB)/C , and the percentage errors in the measurements of A, B and C are 1% , 2 % and 4% respectively. Find the percentage error in P.

A Physical quantity P is given by P= (A^2sqrtB)/C , and the percentage errors in the measurements of A, B and C are 1% , 2 % and 4% respectively. Find the percentage error in P.