139868 In an experiment four quantities \(a, b, c\) and \(d\) are measured with percentage error \(1 \%, 2 \%\). \(3 \%\) and \(4 \%\) respectively. A quantity ' \(P\) ' is calculated as \(P=\frac{a^{3} b^{2}}{c d}\). Then the percentage error in ' \(P\) ' is

139869 The percentage errors in the measurement of mass and speed are \(2 \%\) and \(3 \%\) respectively. The error in kinetic energy obtained by measuring mass and speed, will be

139870 The density of a cube is measured by measuring its mass and length of its sides. If the maximum error in the measurement of mass and length are \(4 \%\) and \(3 \%\) respectively, the maximum error in the measurement of density will be

139871 Resistance of a given wire is obtained by measuring the current flowing in it and the voltage difference applied across it. If the percentage errors in the measurement of the current and the voltage difference are \(3 \%\) each, then error in the value of resistance of the wire is

139868 In an experiment four quantities \(a, b, c\) and \(d\) are measured with percentage error \(1 \%, 2 \%\). \(3 \%\) and \(4 \%\) respectively. A quantity ' \(P\) ' is calculated as \(P=\frac{a^{3} b^{2}}{c d}\). Then the percentage error in ' \(P\) ' is

139869 The percentage errors in the measurement of mass and speed are \(2 \%\) and \(3 \%\) respectively. The error in kinetic energy obtained by measuring mass and speed, will be

139870 The density of a cube is measured by measuring its mass and length of its sides. If the maximum error in the measurement of mass and length are \(4 \%\) and \(3 \%\) respectively, the maximum error in the measurement of density will be

139871 Resistance of a given wire is obtained by measuring the current flowing in it and the voltage difference applied across it. If the percentage errors in the measurement of the current and the voltage difference are \(3 \%\) each, then error in the value of resistance of the wire is

139868 In an experiment four quantities \(a, b, c\) and \(d\) are measured with percentage error \(1 \%, 2 \%\). \(3 \%\) and \(4 \%\) respectively. A quantity ' \(P\) ' is calculated as \(P=\frac{a^{3} b^{2}}{c d}\). Then the percentage error in ' \(P\) ' is

139869 The percentage errors in the measurement of mass and speed are \(2 \%\) and \(3 \%\) respectively. The error in kinetic energy obtained by measuring mass and speed, will be

139870 The density of a cube is measured by measuring its mass and length of its sides. If the maximum error in the measurement of mass and length are \(4 \%\) and \(3 \%\) respectively, the maximum error in the measurement of density will be

139871 Resistance of a given wire is obtained by measuring the current flowing in it and the voltage difference applied across it. If the percentage errors in the measurement of the current and the voltage difference are \(3 \%\) each, then error in the value of resistance of the wire is

139868 In an experiment four quantities \(a, b, c\) and \(d\) are measured with percentage error \(1 \%, 2 \%\). \(3 \%\) and \(4 \%\) respectively. A quantity ' \(P\) ' is calculated as \(P=\frac{a^{3} b^{2}}{c d}\). Then the percentage error in ' \(P\) ' is

139869 The percentage errors in the measurement of mass and speed are \(2 \%\) and \(3 \%\) respectively. The error in kinetic energy obtained by measuring mass and speed, will be

139870 The density of a cube is measured by measuring its mass and length of its sides. If the maximum error in the measurement of mass and length are \(4 \%\) and \(3 \%\) respectively, the maximum error in the measurement of density will be

139871 Resistance of a given wire is obtained by measuring the current flowing in it and the voltage difference applied across it. If the percentage errors in the measurement of the current and the voltage difference are \(3 \%\) each, then error in the value of resistance of the wire is