Is there a large temperature difference on sunny days or rainy days in summer?

In summer, of course, there is a large temperature difference on rainy days, because in summer, when it is rainy, the temperature will be much lower, and some people will choose to wear a coat, but the sun and rain will be another story.

In the summer, if it is sunny, it will be cooler than noon, but the temperature will not be too low, but it will be cooler if it is windy.

In summer, there is a large temperature difference on rainy days, and precipitation is produced by the rise of hot air on the surface, and then the colder air at high altitude is blown to the surface by convection.

In summer, the temperature difference is basically the same on a sunny day.

Summer is a sunny day with a large temperature difference, because in the summer during the day, the sunlight directly irradiates the earth, the dam is so the temperature is high, the heat of the earth at night is to radiate out, there is no cloud block, so the energy shoots out more, so a comparison, the temperature difference between day and night is large, and the rainy day is cloudy, the energy temperature that blocks the sun during the day is not high, and at night, the energy radiates out less. The temperature does not drop much, so the temperature difference is small, so the temperature difference is large on sunny days in summer.

In summer, of course, there is a large temperature difference on sunny days, reaching 378 degrees during the day, and more than 30 degrees in the early morning of the night, which is very hot.

In summer, there is a large temperature difference on rainy days.

Because of the sunny days in summer, the sky is clear and cloudless, so the temperature difference between morning and evening is larger

Day and night are sunny days and the temperature difference will be larger, the reason is that the atmosphere is less weakened by solar radiation during the day, the solar radiation reaching the ground is strong, the temperature is high, and the negative radiation of the clear atmosphere at night is weakened and the heat to the ground is less, and the temperature is low.

The temperature difference between day and night is cloudy, because the atmosphere weakens the solar radiation during the day, the solar radiation reaching the ground is weak, and the temperature is lower than that of the clear day, and the increase of atmospheric inverse radiation at night is more heat to the ground, and the temperature is higher than that of the clear night.

During the day, under the sun's rays, the earth's surface absorbs a lot of heat. If it's a sunny day, a lot of heat will be lost at night, and the temperature will drop a lot; If it is a cloudy day, because of the obscuration of clouds at night, it is like covering the earth with a quilt, which will retain a certain amount of heat and shake hands, and the temperature will drop less. Therefore, the temperature difference is large on sunny days, and smaller on cloudy days.

It is sunny day and night, and the temperature difference will be large. The reason is the atmospheric radiation to the sun during the day.

Less weakening, strong solar radiation reaching the ground, high temperature; The night is clear, the atmospheric inverse radiation weakens, and the heat to the ground is less, and the temperature is low.

It's cloudy day and night.

The temperature difference will be smaller. The reason is that the atmosphere is weakened by solar radiation during the day, and the solar radiation reaching the ground is weak, and the temperature is lower than that in clear days. The night is cloudy, and the increased atmospheric inverse radiation also gives more heat to the ground, and the temperature is higher than that of a clear night.