In the summer or if you want to be scientific about it summer solstice, the Earth is tilted towards the sun at a +23.5 degree angle therefore increasing the angle of the sun in the sky. With the increasing angle of the sun comes the increasing solar radiation which heats the air more in the summer then it does in the winter. Interestingly enough the Earth is closer to the sun during the winter (in overall distance) than it is in the summer. The Earth's tilt angle is what makes the big difference in the temperatures. The fact that it is warmer in the summer than it is in the winter also depends on where you are located latitude wise, as that will have some effect on how much solar radiation you will recieve. For example the sun heats the equator more readly than it does the North Pole no matter the tilt. That is because the the latitude at the equator is at 0 degrees and the North Pole is at 90 degrees. Lastly the sun angle at summer solstice puts the sun right at the top of the sky which doesn't make it the warmest day of the year. The warmest days of the year actually happen right after the summer solstice. It works the same during the winter, you don't get the coldest temperatures until after the winter solstice. This is because either during the summer or the winter when the solstice happens energy is being stored up kinda like in a giant jar. When it comes close to the time when a season shift happens, all of that energy that had been stored up previously gets released therefore giving you either the warmest or coldest days of the year. Hope this helps! :)
In the summer season the temperature is higher.
Get a thermometer - the mercury will rise or fall accordingly to the temperature of the air.
Air pressure begins to rise in a situation where there is a change in the temperature, especially when there is cold air hitting the ground. The rise in air pressure produces winds and different types of weather.
Iowa's average winter temperature is 49*F. The temperature may drop to -20*F. Iowa's average summer temperature is 72*F. The temperature may rise up to 100*F.
Air pressure rises and drops as the temperate changes because the higher temperatures weigh down the air to create low pressure. When it is cooler, the air can rise more which creates high pressure.
Neither. The increase in altitude would cause air pressure to rise. :)
Get a thermometer - the mercury will rise or fall accordingly to the temperature of the air.
The enhanced greenhouse effect is making air temperatures rise.
themperature of out door air plus temperature of return air [furanace]
themperature of out door air plus temperature of return air [furanace]
the hot air will rise and the cool air will sink
To rise. This is global warming.
In summer when the surrounding temperature rise to 35 degree Celsius it started reacted
If the soil is hot heat rises and the air near and around the soil will rise to affect the other particiles of air.
There are two types of air temperature measurements on aircraft, Ram Air Temperature and Static Air Temperature. (slower aircraft don't normally have RAT gages) Ram Air Temperature, sometimes known as Total Air Temperature, is the air temperature outside the aircraft increased by the heat resulting from the compressibility of the air. The faster the aircraft, the more the rise in the temperature. Static Air Temperature, also known as Outside Air Temperature, is a temperature reading corrected for the compressibility rise to give a true outside air temperature which is used in all sorts of calculations relating to engine performance, aircraft speed, etc.
Air pressure begins to rise in a situation where there is a change in the temperature, especially when there is cold air hitting the ground. The rise in air pressure produces winds and different types of weather.
rise
The water temperature is higher then the surrounding air.