When referring to measuring the atmosphere, TEMPERATURE and PRESSURE do not have a relationship. True or False
Answers
The statement mentioned in the question is completely false.
• In physics we read that the temperature of a gaseous substance is dependent on the applied pressure on that gaseous substance.
• But,this relationship is only possible when the gaseous substance is kept inside a closed area or container.
• But, in the case of atmosphere,the whole atmospheric air is freely available without any closed environment.
• That's why the general relationship between pressure and temperature is not applicable for the atmospheric air.
When referring to measuring the atmosphere, TEMPERATURE and PRESSURE do not have a relationship is a FALSE statement
Explanation:
- Atmosphere consists of the many layers which arranged from the bottom as troposphere, stratosphere, mesosphere, thermosphere and ionosphere.
- Temperature and pressure are having a inter-relationship which is inversely proportional to one another.
- Temperature decreases vertically from land and at the same time pressure increases from mean sea level.
- In horizontally, wind is move from high pressure to low pressure region.
- If there is a high pressure area, it should experience the low temperature and vice versa.
Learn more about the temperature and pressure
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