Because if you move you get burn!!
The downward movement of the water in the shower creates downward movement in the air inside the shower area. Air flow causes low pressure and so the air pressure from outside the shower area is able to push the curtain inwards.
The movement of a shower curtain during a shower can be attributed to the Bernoulli principle, which states that when fluid (like air or water) moves faster, its pressure decreases. This causes the low-pressure zone inside the shower to pull the curtain towards it. Additionally, the airflow created by the water droplets falling can also push the curtain around.
You can thank Mr. Bernoulli for this answer: As a fluid's velocity increases, its pressure decreases. (The term fluid includes liquids and gases.) The water spray moving through the air causes the air to move along with it. As the air and spray moves between your body and the curtain it needs to move faster because your body narrows its path. For the water and air to move faster, it must lose pressure. The pressure of the air on the other side of the curtain is unchanged so it pushes the curtain towards you. Try this: Take a piece of paper (to represent the curtain) and hold it near a wall or a cup (to represent you). Now, with a straw, blow through the gap between "you" and the "curtain". You'll see the same effect.
When you turn on the water in the shower, the warm air rises and creates a low-pressure area inside the shower, causing the shower curtain to be pulled inwards. This is known as the Bernoulli principle, where the difference in pressure between the inside and outside of the shower causes the curtain to move towards the lower pressure area.
When you move the slide towards you, the letter on the slide appears to move in the opposite direction, away from you. This is due to the magnification effect caused by the lens in the microscope.
pressure and humidity
The downward movement of the water in the shower creates downward movement in the air inside the shower area. Air flow causes low pressure and so the air pressure from outside the shower area is able to push the curtain inwards.
The movement of a shower curtain during a shower can be attributed to the Bernoulli principle, which states that when fluid (like air or water) moves faster, its pressure decreases. This causes the low-pressure zone inside the shower to pull the curtain towards it. Additionally, the airflow created by the water droplets falling can also push the curtain around.
Usually it depends on the piercing, but if its your ears you should be fine but just try not to touch it alot. If its not your ears you can shower but be careful not to get it caught on anything or move it alot.
Yes
It is unusual for any emu to act aggressively towards a person without provocation. If it should occur, move slowly and casually towards the nearest escape route. Do not move quickly.
In Pokemon Fire Red, go to Cerulean City, go north towards the bridge until you meet a crossing, left or right, go left towards where the grass is and move through the grass. To the left should be a body of water, surf on it and move straight down until you have only one option of going left, turn left and the cave entrance is their. You have to defeat the elite four to go in
You can thank Mr. Bernoulli for this answer: As a fluid's velocity increases, its pressure decreases. (The term fluid includes liquids and gases.) The water spray moving through the air causes the air to move along with it. As the air and spray moves between your body and the curtain it needs to move faster because your body narrows its path. For the water and air to move faster, it must lose pressure. The pressure of the air on the other side of the curtain is unchanged so it pushes the curtain towards you. Try this: Take a piece of paper (to represent the curtain) and hold it near a wall or a cup (to represent you). Now, with a straw, blow through the gap between "you" and the "curtain". You'll see the same effect.
Most Fire-types that have a paper or rock critical move, should learn it at level 45
Copper ions will move towards the cathode (negative electrode) and iron ions will move towards the anode (positive electrode) in an electrolytic cell.
Go to the move relearner in Pastoria City, in exchange for a Heart Scale he should be able to teach Tyranitar fire fang.
When you turn on the water in the shower, the warm air rises and creates a low-pressure area inside the shower, causing the shower curtain to be pulled inwards. This is known as the Bernoulli principle, where the difference in pressure between the inside and outside of the shower causes the curtain to move towards the lower pressure area.