The empty soft drink can has a higher pressure inside compared to the lower pressure at higher altitudes. The pressure difference between the inside and outside of the can prevents it from collapsing.
The air pressure inside the can is equal to the external air pressure, so there is no imbalance causing the can to be crushed. The rigidity of the can also helps maintain its shape as the external air pressure decreases while driving down the mountain.
The air pressure inside and outside the can is equal, so there is no net force on the can causing it to collapse. When you crush a can, you decrease the volume inside, so the pressure outside is greater, causing it to collapse.
The can is designed to withstand the external air pressure. When a can is sealed, the pressure inside and the pressure outside are balanced. However, when the can is empty and open, the pressure inside and outside the can equalize, preventing the can from being crushed.
You create a pressure difference in your mouth by lowering the air pressure inside when you inhale. This pressure difference causes the liquid to rise up the straw and into your mouth. The difference in pressure is what allows you to drink the liquid through the straw.
As you suck on the straw air is removed from the inside of the straw and the air pressure within the straw is reduced. Once the straw's air pressure is reduced past atmospheric pressure of about 760 mmHg, the Patm forces the drink up the straw and into the sucker's mouth. Gases move from high to low pressure areas until equilibrium is reached.
The air pressure inside the can is equal to the external air pressure, so there is no imbalance causing the can to be crushed. The rigidity of the can also helps maintain its shape as the external air pressure decreases while driving down the mountain.
It would be more difficult to drink with a straw on the top of a mountain because of low atmospheric pressure. You would not have as much pressure to push the drink up the straw.
because the pressure is the same on the outside and inside of can making the can staying the same and not being crushed
The air pressure is the same inside as outside the can.
The empty soda can is not sealed so air is free to enter and leave the can. As a result, pressure inside the can is the same as it is outside.
The air pressure inside and outside the can is equal, so there is no net force on the can causing it to collapse. When you crush a can, you decrease the volume inside, so the pressure outside is greater, causing it to collapse.
he is allowed he dosent wrestle anymore
Air pressure does exert force on the outside of the can, but it is balanced by the internal pressure within the can, which is the same as the atmospheric pressure when it is empty. As a result, there is no net force acting on the can to crush it. Additionally, the structural integrity of the can helps it maintain its shape against the external pressure. Thus, it remains intact while sitting on the table.
The can is designed to withstand the external air pressure. When a can is sealed, the pressure inside and the pressure outside are balanced. However, when the can is empty and open, the pressure inside and outside the can equalize, preventing the can from being crushed.
I would love to drink that bottle of orange crush.
Basically, its from the suction from the person drinking it. actually its form the external air pressure crushing it as you remove air from the inside, if you leave a small gap as you smoke this will not happen. it is important to remember you are only removing the equalising air form the bottle, it is the inequality that makes vacuumed bottles crush and shaken soda bottles expand as they have higher air prssure than the outside, check you physics mate
No its no at all, it dosent hurt you, only if you mix it with some poo