Why does the pressure decrease and the boiling point decrease

Why does the pressure decrease and the boiling point decrease

The microcosmic essence of boiling is that because of the violent vaporization, not only the molecules on the surface of the liquid will leave the liquid, but also the molecules on the bubble wall inside the liquid will leave the liquid and enter the air.
When the air pressure is reduced, it is advantageous for bubbles to escape from the liquid state, so reducing the air pressure is advantageous for lowering the boiling point

The microcosmic essence of boiling is that because of the violent vaporization, not only the molecules on the surface of the liquid will leave the liquid, but also the molecules on the bubble wall inside the liquid will leave the liquid and enter the air.
When the air pressure is reduced, it is advantageous for the bubbles to escape from the liquid state, so reducing the air pressure is advantageous for lowering the boiling point

Why does atmospheric pressure drop strongly, boiling point can drop? What is atmospheric pressure? So why does atmospheric pressure decrease strongly and the boiling point decreases? Don't talk too deep.

Atmospheric pressure is the pressure of air on the surface of the earth, and atmospheric pressure is the force divided by the area of the ground
You can think that boiling point, is the temperature of the liquid bubble, then the bubble in the water to run out, the pressure in the bubble is equal to the outside of the atmospheric pressure, the pressure outside of the atmospheric pressure is small, then run away easy to run out, the boiling point is also reduced

Atmospheric pressure is the pressure of air on the surface of the earth, and atmospheric pressure is the force divided by the area of the ground
You can think that boiling point is the temperature when the liquid bubbles, then the bubble in the water to run out, the pressure in the bubble is equal to the outside atmospheric pressure, the pressure outside atmospheric pressure is small, then run away is easy to run out, the boiling point is also reduced

Atmospheric pressure is the pressure of air on the surface of the earth, and atmospheric pressure is the force divided by the area of the ground
You can think that boiling point, is the temperature of the liquid bubble, then the bubble in the water to run out, the pressure in the bubble is equal to the outside of the atmospheric pressure, the pressure outside of the atmospheric pressure is small, then run away is easy to run out, the boiling point is also reduced