Will it be hot in Tomb-Sweeping Day in 2022?

Because it will be summer soon after Tomb-Sweeping Day, everyone is curious about the weather in Tomb-Sweeping Day. It's not that the weather is getting better every day recently. Whether Tomb-Sweeping Day is hot after a meal has become one of our favorite topics to discuss. Let me look at the reasons why the weather changed greatly before and after Tomb-Sweeping Day.

Is it hot after Tomb-Sweeping Day? It won't be cold after Tomb-Sweeping Day, but at least wait until May Day.

Whether it is hot after Tomb-Sweeping Day is over is something that many friends will mention when chatting. Generally speaking, it won't be very hot after Tomb-Sweeping Day, but according to the weather characteristics every year, the temperature is gradually rising at this time, and some places even make people feel sultry. After all, Tomb-Sweeping Day indicates colorful and sunny weather, but it is also often "noisy", with great temperature changes and plenty of rain.

How has the weather changed since Tomb-Sweeping Day? There is no accurate answer to this question at present. After all, Tomb-Sweeping Day is one of the 24 solar terms. It is the season of alternating late winter and early spring. At this point, the cold air mass is weakening and the warm air mass is strengthening. Cold and warm air masses constantly collide and meet in the air, forming airflow and pressure difference, and the moisture in the air is very heavy. This is a natural phenomenon of wind and rain around Tomb-Sweeping Day. Sometimes, extreme weather occurs.

What are the reasons for the great weather changes around Tomb-Sweeping Day? Simply put, it is the weather change caused by the continuous intersection of cold air and warm air in the air. When cold air and warm air meet, they will collide and form a pressure difference. Under the action of pressure difference, cold air and warm air flow. The cold air is strong, the warm air is suppressed, and the airflow moves south to form the wind. The size of the collision force, the size of the air pressure difference and the speed of the air flow determine the size of the wind. At this time, when the water content in the air is high, it will snow and rain.