366615
The freezing point on a thermometer is marked as \(20^\circ \) and the boiling point as \(150^\circ \). A temperature of \(60^\circ C\) on this thermometer will read as
366616
The graph \(AB\) shown in figure is a plot of temperature of a body in degree celsius and degree Fahrenheit. Then
1 Slope of line \(A B\) is \(5 / 9\)
2 Slope of line \(A B\) is \(9 / 5\)
3 Slope of line \(AB\) is \(3 / 9\)
4 Slope of line is \(1 / 9\)
Explanation:
Standard equation of line \(y=m x+c\) we get slope of the line \(AB\) is \(m=\dfrac{100}{212-32}=\dfrac{5}{9}\)
PHXI11:THERMAL PROPERTIES OF MATTER
366617
The temperature of a body on kelvin scale is found to be \(x K\). When it is measured by Fahrenhait thermometer, it is found to be \(x^{\circ} F\), then the value of \(x\) is
366618
A centigrade and a Fehrenheit thermometer are dipped in boiling water. The water temperature is lowered until the Fahrenheit thermometer registers \(140^\circ \). What is the fall in temperature is registered by the Centigrade thermometer
366615
The freezing point on a thermometer is marked as \(20^\circ \) and the boiling point as \(150^\circ \). A temperature of \(60^\circ C\) on this thermometer will read as
366616
The graph \(AB\) shown in figure is a plot of temperature of a body in degree celsius and degree Fahrenheit. Then
1 Slope of line \(A B\) is \(5 / 9\)
2 Slope of line \(A B\) is \(9 / 5\)
3 Slope of line \(AB\) is \(3 / 9\)
4 Slope of line is \(1 / 9\)
Explanation:
Standard equation of line \(y=m x+c\) we get slope of the line \(AB\) is \(m=\dfrac{100}{212-32}=\dfrac{5}{9}\)
PHXI11:THERMAL PROPERTIES OF MATTER
366617
The temperature of a body on kelvin scale is found to be \(x K\). When it is measured by Fahrenhait thermometer, it is found to be \(x^{\circ} F\), then the value of \(x\) is
366618
A centigrade and a Fehrenheit thermometer are dipped in boiling water. The water temperature is lowered until the Fahrenheit thermometer registers \(140^\circ \). What is the fall in temperature is registered by the Centigrade thermometer
366615
The freezing point on a thermometer is marked as \(20^\circ \) and the boiling point as \(150^\circ \). A temperature of \(60^\circ C\) on this thermometer will read as
366616
The graph \(AB\) shown in figure is a plot of temperature of a body in degree celsius and degree Fahrenheit. Then
1 Slope of line \(A B\) is \(5 / 9\)
2 Slope of line \(A B\) is \(9 / 5\)
3 Slope of line \(AB\) is \(3 / 9\)
4 Slope of line is \(1 / 9\)
Explanation:
Standard equation of line \(y=m x+c\) we get slope of the line \(AB\) is \(m=\dfrac{100}{212-32}=\dfrac{5}{9}\)
PHXI11:THERMAL PROPERTIES OF MATTER
366617
The temperature of a body on kelvin scale is found to be \(x K\). When it is measured by Fahrenhait thermometer, it is found to be \(x^{\circ} F\), then the value of \(x\) is
366618
A centigrade and a Fehrenheit thermometer are dipped in boiling water. The water temperature is lowered until the Fahrenheit thermometer registers \(140^\circ \). What is the fall in temperature is registered by the Centigrade thermometer
366615
The freezing point on a thermometer is marked as \(20^\circ \) and the boiling point as \(150^\circ \). A temperature of \(60^\circ C\) on this thermometer will read as
366616
The graph \(AB\) shown in figure is a plot of temperature of a body in degree celsius and degree Fahrenheit. Then
1 Slope of line \(A B\) is \(5 / 9\)
2 Slope of line \(A B\) is \(9 / 5\)
3 Slope of line \(AB\) is \(3 / 9\)
4 Slope of line is \(1 / 9\)
Explanation:
Standard equation of line \(y=m x+c\) we get slope of the line \(AB\) is \(m=\dfrac{100}{212-32}=\dfrac{5}{9}\)
PHXI11:THERMAL PROPERTIES OF MATTER
366617
The temperature of a body on kelvin scale is found to be \(x K\). When it is measured by Fahrenhait thermometer, it is found to be \(x^{\circ} F\), then the value of \(x\) is
366618
A centigrade and a Fehrenheit thermometer are dipped in boiling water. The water temperature is lowered until the Fahrenheit thermometer registers \(140^\circ \). What is the fall in temperature is registered by the Centigrade thermometer
