354652 An earthquake generates both transverse (\(s\)) and longitudinal (\(p\)) sound waves in the earth. The speed of (\(s\)) waves is about \(4.5\;km/s\) and that of (\(p\)) waves is about \(8.0\;km/s\). A seismograph records \(P\) and \(S\) wave in a gap of 4 minutes. The epicentre of the earthquake is located at a distance of about:

354653 Assertion :
The error in Newton's formula of velocity of sound in air was \(16 \%\).
Reason :
The experimental value of velocity of sound in air was accurate.

354654 Speed of sound in a solid is directly proportional to (\(Y\) - Young's modulus, \(\rho\) - density)

354655 The ratio of speed of sound in hydrogen gas to the speed of sound in oxygen gas at the same temperature is

354652 An earthquake generates both transverse (\(s\)) and longitudinal (\(p\)) sound waves in the earth. The speed of (\(s\)) waves is about \(4.5\;km/s\) and that of (\(p\)) waves is about \(8.0\;km/s\). A seismograph records \(P\) and \(S\) wave in a gap of 4 minutes. The epicentre of the earthquake is located at a distance of about:

354653 Assertion :
The error in Newton's formula of velocity of sound in air was \(16 \%\).
Reason :
The experimental value of velocity of sound in air was accurate.

354654 Speed of sound in a solid is directly proportional to (\(Y\) - Young's modulus, \(\rho\) - density)

354655 The ratio of speed of sound in hydrogen gas to the speed of sound in oxygen gas at the same temperature is

354652 An earthquake generates both transverse (\(s\)) and longitudinal (\(p\)) sound waves in the earth. The speed of (\(s\)) waves is about \(4.5\;km/s\) and that of (\(p\)) waves is about \(8.0\;km/s\). A seismograph records \(P\) and \(S\) wave in a gap of 4 minutes. The epicentre of the earthquake is located at a distance of about:

354653 Assertion :
The error in Newton's formula of velocity of sound in air was \(16 \%\).
Reason :
The experimental value of velocity of sound in air was accurate.

354654 Speed of sound in a solid is directly proportional to (\(Y\) - Young's modulus, \(\rho\) - density)

354655 The ratio of speed of sound in hydrogen gas to the speed of sound in oxygen gas at the same temperature is

354652 An earthquake generates both transverse (\(s\)) and longitudinal (\(p\)) sound waves in the earth. The speed of (\(s\)) waves is about \(4.5\;km/s\) and that of (\(p\)) waves is about \(8.0\;km/s\). A seismograph records \(P\) and \(S\) wave in a gap of 4 minutes. The epicentre of the earthquake is located at a distance of about:

354653 Assertion :
The error in Newton's formula of velocity of sound in air was \(16 \%\).
Reason :
The experimental value of velocity of sound in air was accurate.

354654 Speed of sound in a solid is directly proportional to (\(Y\) - Young's modulus, \(\rho\) - density)

354655 The ratio of speed of sound in hydrogen gas to the speed of sound in oxygen gas at the same temperature is