366608
If a thermometer reads freezing point of water as \(20^\circ C\) and boiling point as \(150^\circ C,\) how much thermometer read when the actual temperature is \(60^\circ C\) ?
1 \(98^\circ C\)
2 \(10^\circ C\)
3 \(40^\circ C\)
4 \(60^\circ C\)
Explanation:
Temperature on any scale can be converted into other scale by \(\dfrac{\lambda-\text { LFP }}{\text { UFP - LFP }}=\) constant for all scales \(\frac{{x - 20}}{{150 - 20}} = \frac{{60}}{{100}} \Rightarrow x = 98^\circ C\)
PHXI11:THERMAL PROPERTIES OF MATTER
366609
Which of the following scales of temperature has only positive degrees of temperature?
1 Centigrade
2 Fahrenheit scale
3 Reaumur scale
4 Kelvin scale
Explanation:
Conceptual Question
PHXI11:THERMAL PROPERTIES OF MATTER
366610
Mercury boils at \(356^\circ C\). However, mercury thermometers are made such that they can measure temperatures upto \(500^\circ C\). This is done by
1 Maintaining vacuum above the mercury column in the stem of the thermometer
2 Filling Nitrogen gas at high pressure above the mercury column
3 Filling Nitrogen gas at low pressure above the mercury column
4 Filling oxygen gas at high pressure above the mercury column
366608
If a thermometer reads freezing point of water as \(20^\circ C\) and boiling point as \(150^\circ C,\) how much thermometer read when the actual temperature is \(60^\circ C\) ?
1 \(98^\circ C\)
2 \(10^\circ C\)
3 \(40^\circ C\)
4 \(60^\circ C\)
Explanation:
Temperature on any scale can be converted into other scale by \(\dfrac{\lambda-\text { LFP }}{\text { UFP - LFP }}=\) constant for all scales \(\frac{{x - 20}}{{150 - 20}} = \frac{{60}}{{100}} \Rightarrow x = 98^\circ C\)
PHXI11:THERMAL PROPERTIES OF MATTER
366609
Which of the following scales of temperature has only positive degrees of temperature?
1 Centigrade
2 Fahrenheit scale
3 Reaumur scale
4 Kelvin scale
Explanation:
Conceptual Question
PHXI11:THERMAL PROPERTIES OF MATTER
366610
Mercury boils at \(356^\circ C\). However, mercury thermometers are made such that they can measure temperatures upto \(500^\circ C\). This is done by
1 Maintaining vacuum above the mercury column in the stem of the thermometer
2 Filling Nitrogen gas at high pressure above the mercury column
3 Filling Nitrogen gas at low pressure above the mercury column
4 Filling oxygen gas at high pressure above the mercury column
366608
If a thermometer reads freezing point of water as \(20^\circ C\) and boiling point as \(150^\circ C,\) how much thermometer read when the actual temperature is \(60^\circ C\) ?
1 \(98^\circ C\)
2 \(10^\circ C\)
3 \(40^\circ C\)
4 \(60^\circ C\)
Explanation:
Temperature on any scale can be converted into other scale by \(\dfrac{\lambda-\text { LFP }}{\text { UFP - LFP }}=\) constant for all scales \(\frac{{x - 20}}{{150 - 20}} = \frac{{60}}{{100}} \Rightarrow x = 98^\circ C\)
PHXI11:THERMAL PROPERTIES OF MATTER
366609
Which of the following scales of temperature has only positive degrees of temperature?
1 Centigrade
2 Fahrenheit scale
3 Reaumur scale
4 Kelvin scale
Explanation:
Conceptual Question
PHXI11:THERMAL PROPERTIES OF MATTER
366610
Mercury boils at \(356^\circ C\). However, mercury thermometers are made such that they can measure temperatures upto \(500^\circ C\). This is done by
1 Maintaining vacuum above the mercury column in the stem of the thermometer
2 Filling Nitrogen gas at high pressure above the mercury column
3 Filling Nitrogen gas at low pressure above the mercury column
4 Filling oxygen gas at high pressure above the mercury column
366608
If a thermometer reads freezing point of water as \(20^\circ C\) and boiling point as \(150^\circ C,\) how much thermometer read when the actual temperature is \(60^\circ C\) ?
1 \(98^\circ C\)
2 \(10^\circ C\)
3 \(40^\circ C\)
4 \(60^\circ C\)
Explanation:
Temperature on any scale can be converted into other scale by \(\dfrac{\lambda-\text { LFP }}{\text { UFP - LFP }}=\) constant for all scales \(\frac{{x - 20}}{{150 - 20}} = \frac{{60}}{{100}} \Rightarrow x = 98^\circ C\)
PHXI11:THERMAL PROPERTIES OF MATTER
366609
Which of the following scales of temperature has only positive degrees of temperature?
1 Centigrade
2 Fahrenheit scale
3 Reaumur scale
4 Kelvin scale
Explanation:
Conceptual Question
PHXI11:THERMAL PROPERTIES OF MATTER
366610
Mercury boils at \(356^\circ C\). However, mercury thermometers are made such that they can measure temperatures upto \(500^\circ C\). This is done by
1 Maintaining vacuum above the mercury column in the stem of the thermometer
2 Filling Nitrogen gas at high pressure above the mercury column
3 Filling Nitrogen gas at low pressure above the mercury column
4 Filling oxygen gas at high pressure above the mercury column
366608
If a thermometer reads freezing point of water as \(20^\circ C\) and boiling point as \(150^\circ C,\) how much thermometer read when the actual temperature is \(60^\circ C\) ?
1 \(98^\circ C\)
2 \(10^\circ C\)
3 \(40^\circ C\)
4 \(60^\circ C\)
Explanation:
Temperature on any scale can be converted into other scale by \(\dfrac{\lambda-\text { LFP }}{\text { UFP - LFP }}=\) constant for all scales \(\frac{{x - 20}}{{150 - 20}} = \frac{{60}}{{100}} \Rightarrow x = 98^\circ C\)
PHXI11:THERMAL PROPERTIES OF MATTER
366609
Which of the following scales of temperature has only positive degrees of temperature?
1 Centigrade
2 Fahrenheit scale
3 Reaumur scale
4 Kelvin scale
Explanation:
Conceptual Question
PHXI11:THERMAL PROPERTIES OF MATTER
366610
Mercury boils at \(356^\circ C\). However, mercury thermometers are made such that they can measure temperatures upto \(500^\circ C\). This is done by
1 Maintaining vacuum above the mercury column in the stem of the thermometer
2 Filling Nitrogen gas at high pressure above the mercury column
3 Filling Nitrogen gas at low pressure above the mercury column
4 Filling oxygen gas at high pressure above the mercury column