139809 A torque meter is calibrated to reference standards of mass, length and time each with \(5 \%\) accuracy. After calibration, the measured torque with this torque meter will have net accuracy of:

139810 A silver wire has mass \((0.6 \pm 0.006) \mathrm{g}\), radius \((0.5 \pm 0.005) \mathrm{mm}\) and length \((4 \pm 0.04) \mathrm{cm}\). The maximum percentage error in the measurement of its density will be

139812 The maximum error in the measurement of resistance, current and time for which current flows in an electrical circuit are \(1 \%, 2 \%\) and \(3 \%\) respectively. The maximum percentage error in the detection of the dissipated heat will be:

139813 A physical quantity \(P\) is related to four observables a,b,c, and \(d\) as \(P=\frac{\sqrt{a b} \cdot d^{\alpha}}{\sqrt{c}} \quad(\alpha\) is constant). The percentage errors in \(a, b, c\) and \(d\) are \(0.5 \%\) in each. If the percentage error in \(P\) is \(2 \%\), then \(\alpha\) is-

139809 A torque meter is calibrated to reference standards of mass, length and time each with \(5 \%\) accuracy. After calibration, the measured torque with this torque meter will have net accuracy of:

139810 A silver wire has mass \((0.6 \pm 0.006) \mathrm{g}\), radius \((0.5 \pm 0.005) \mathrm{mm}\) and length \((4 \pm 0.04) \mathrm{cm}\). The maximum percentage error in the measurement of its density will be

139812 The maximum error in the measurement of resistance, current and time for which current flows in an electrical circuit are \(1 \%, 2 \%\) and \(3 \%\) respectively. The maximum percentage error in the detection of the dissipated heat will be:

139813 A physical quantity \(P\) is related to four observables a,b,c, and \(d\) as \(P=\frac{\sqrt{a b} \cdot d^{\alpha}}{\sqrt{c}} \quad(\alpha\) is constant). The percentage errors in \(a, b, c\) and \(d\) are \(0.5 \%\) in each. If the percentage error in \(P\) is \(2 \%\), then \(\alpha\) is-

139809 A torque meter is calibrated to reference standards of mass, length and time each with \(5 \%\) accuracy. After calibration, the measured torque with this torque meter will have net accuracy of:

139810 A silver wire has mass \((0.6 \pm 0.006) \mathrm{g}\), radius \((0.5 \pm 0.005) \mathrm{mm}\) and length \((4 \pm 0.04) \mathrm{cm}\). The maximum percentage error in the measurement of its density will be

139812 The maximum error in the measurement of resistance, current and time for which current flows in an electrical circuit are \(1 \%, 2 \%\) and \(3 \%\) respectively. The maximum percentage error in the detection of the dissipated heat will be:

139813 A physical quantity \(P\) is related to four observables a,b,c, and \(d\) as \(P=\frac{\sqrt{a b} \cdot d^{\alpha}}{\sqrt{c}} \quad(\alpha\) is constant). The percentage errors in \(a, b, c\) and \(d\) are \(0.5 \%\) in each. If the percentage error in \(P\) is \(2 \%\), then \(\alpha\) is-

139809 A torque meter is calibrated to reference standards of mass, length and time each with \(5 \%\) accuracy. After calibration, the measured torque with this torque meter will have net accuracy of:

139810 A silver wire has mass \((0.6 \pm 0.006) \mathrm{g}\), radius \((0.5 \pm 0.005) \mathrm{mm}\) and length \((4 \pm 0.04) \mathrm{cm}\). The maximum percentage error in the measurement of its density will be

139812 The maximum error in the measurement of resistance, current and time for which current flows in an electrical circuit are \(1 \%, 2 \%\) and \(3 \%\) respectively. The maximum percentage error in the detection of the dissipated heat will be:

139813 A physical quantity \(P\) is related to four observables a,b,c, and \(d\) as \(P=\frac{\sqrt{a b} \cdot d^{\alpha}}{\sqrt{c}} \quad(\alpha\) is constant). The percentage errors in \(a, b, c\) and \(d\) are \(0.5 \%\) in each. If the percentage error in \(P\) is \(2 \%\), then \(\alpha\) is-