I think so but I'm not sure
A revolving fork for spaghetti. A candle that never melts. Butter in a glue stick. Peanut butter and jelly gun (to squirt out both at the same time). A watch that is also a PDA. Tooth paste that is edible. Sharpie without the horrible smell. Suction cups on backpacks to stick on the wall instead of wall.
I don't see any reason why it wouldn't.... all particles have different densities. unless rubber isn't dense enough to block the impossible zero density of outer-space. 0 is abstract not concrete. I would probably just make my suction cup out of metal and use a dyson vacuum to power it. lol <><><><> NO! A suction cup is held in place by the air OUTSIDE the cup pushing it against the surface. No air in space. No air, no push, no workee.
The salt temporarily melts the ice. The melted water flows over the string. The water refreezes on top of the string.
Ice cubes stick to the tray primarily due to surface tension and adhesion. When water freezes, it expands and can create a slight vacuum that causes the ice to bond with the tray's surface. Additionally, any small imperfections or rough areas on the tray can enhance this sticking effect. As the ice melts slightly at the surface, it can create a film of water that further aids in adhesion.
Example sentence - The vacuum cleaner no longer had adequate suction to clean the rugs.
Suction cups that help it stick
using suction cups called tube feet
Suction cups stick to surfaces due to the lack of air pressure between the cup and the surface, creating a vacuum seal that adheres it into place. The negative pressure inside the cup holds it firmly against the surface, creating suction and allowing it to stick.
It sticks best to smooth and dry surfaces.
Suction cups may not stick well to brick surfaces because brick is often porous and textured, which can prevent a proper seal. For suction cups to adhere effectively, the surface needs to be smooth and non-porous. If the brick is clean and dry, and the suction cup is of good quality, it might hold temporarily, but it's generally not reliable for long-term use.
Suction cups adhere best to smooth, non-porous surfaces such as glass, tile, metal, or plastic. These surfaces provide a tight seal for the suction cup to create a vacuum and stick securely. Rough or porous surfaces may not allow for a proper seal and may cause the suction cup to lose its grip.
No, because we have so much more body mass than the lizards the cups wouldn't be able to hold us as well
To ensure that suction cups stick effectively in the shower, make sure the surface is clean and dry before applying the suction cup. Press firmly and evenly to remove any air pockets, and avoid placing the suction cup on grout lines or textured surfaces. Additionally, periodically check and reapply the suction cup as needed to maintain its effectiveness.
To ensure that suction cups stick to tile effectively, make sure the tile surface is clean and dry before applying the suction cup. Press the suction cup firmly against the tile and remove any air bubbles trapped underneath. Avoid placing the suction cup on grout lines or textured surfaces, as these can prevent a secure seal.
Yes, suction cups can stick to wood surfaces. However, the effectiveness of the suction cup may depend on the type of wood, its finish, and how smooth the surface is. Rough or porous wood surfaces may not provide a good seal for the suction cup.
To ensure that suction cups stick effectively, make sure the surface is clean and dry before applying the suction cup. Press firmly and evenly to create a tight seal, and avoid any air bubbles. Additionally, consider using a small amount of water or oil on the suction cup rim for better adhesion.
To make suction cups stick to tile effectively, ensure the tile surface is clean and dry before applying the suction cup. Press the suction cup firmly against the tile and then push down on the center to remove any air trapped inside. Additionally, you can try wetting the suction cup or the tile surface slightly to create a better seal.