367486 A physical quantity \(P\) is given as, \(P=\dfrac{a^{2} b^{3}}{c \sqrt{d}}\). The percentage error in the measurement of \(a, b, c\) and \(d\) are \(1 \%, 2 \%, 3 \%\) and \(4 \%\) respectively. The percentage error in the measurement of quantity will be

367487 A physicist performs an experiment and takes 200 readings. He repeats the same experiment and now takes 800 readings. By doing so

367488 Assertion :
When percentage errors in the measurement of mass and velocity are \(1 \%\) and \(2 \%\) respectively, the percentage error in kinetic \(\operatorname{energy}\left(E_{k}\right)\) is \(5 \%\).
Reason :
\(\dfrac{\Delta E_{k}}{E_{k}}=\dfrac{\Delta m}{m}+\dfrac{2 \Delta v}{v}\)

367489 The pressure on a square plate is measured by measuring the force on the plate and the length of the sides of the plate. If the maximum error in the measurement of force and length are, respectively, \({4 \%}\) and \({2 \%}\), the maximum error in the measurement of pressure is

367486 A physical quantity \(P\) is given as, \(P=\dfrac{a^{2} b^{3}}{c \sqrt{d}}\). The percentage error in the measurement of \(a, b, c\) and \(d\) are \(1 \%, 2 \%, 3 \%\) and \(4 \%\) respectively. The percentage error in the measurement of quantity will be

367487 A physicist performs an experiment and takes 200 readings. He repeats the same experiment and now takes 800 readings. By doing so

367488 Assertion :
When percentage errors in the measurement of mass and velocity are \(1 \%\) and \(2 \%\) respectively, the percentage error in kinetic \(\operatorname{energy}\left(E_{k}\right)\) is \(5 \%\).
Reason :
\(\dfrac{\Delta E_{k}}{E_{k}}=\dfrac{\Delta m}{m}+\dfrac{2 \Delta v}{v}\)

367489 The pressure on a square plate is measured by measuring the force on the plate and the length of the sides of the plate. If the maximum error in the measurement of force and length are, respectively, \({4 \%}\) and \({2 \%}\), the maximum error in the measurement of pressure is

367486 A physical quantity \(P\) is given as, \(P=\dfrac{a^{2} b^{3}}{c \sqrt{d}}\). The percentage error in the measurement of \(a, b, c\) and \(d\) are \(1 \%, 2 \%, 3 \%\) and \(4 \%\) respectively. The percentage error in the measurement of quantity will be

367487 A physicist performs an experiment and takes 200 readings. He repeats the same experiment and now takes 800 readings. By doing so

367488 Assertion :
When percentage errors in the measurement of mass and velocity are \(1 \%\) and \(2 \%\) respectively, the percentage error in kinetic \(\operatorname{energy}\left(E_{k}\right)\) is \(5 \%\).
Reason :
\(\dfrac{\Delta E_{k}}{E_{k}}=\dfrac{\Delta m}{m}+\dfrac{2 \Delta v}{v}\)

367489 The pressure on a square plate is measured by measuring the force on the plate and the length of the sides of the plate. If the maximum error in the measurement of force and length are, respectively, \({4 \%}\) and \({2 \%}\), the maximum error in the measurement of pressure is

367486 A physical quantity \(P\) is given as, \(P=\dfrac{a^{2} b^{3}}{c \sqrt{d}}\). The percentage error in the measurement of \(a, b, c\) and \(d\) are \(1 \%, 2 \%, 3 \%\) and \(4 \%\) respectively. The percentage error in the measurement of quantity will be

367487 A physicist performs an experiment and takes 200 readings. He repeats the same experiment and now takes 800 readings. By doing so

367488 Assertion :
When percentage errors in the measurement of mass and velocity are \(1 \%\) and \(2 \%\) respectively, the percentage error in kinetic \(\operatorname{energy}\left(E_{k}\right)\) is \(5 \%\).
Reason :
\(\dfrac{\Delta E_{k}}{E_{k}}=\dfrac{\Delta m}{m}+\dfrac{2 \Delta v}{v}\)

367489 The pressure on a square plate is measured by measuring the force on the plate and the length of the sides of the plate. If the maximum error in the measurement of force and length are, respectively, \({4 \%}\) and \({2 \%}\), the maximum error in the measurement of pressure is