A sucker can hold a significant amount of weight on a flat surface due to the creation of a vacuum seal between the sucker and the surface. When the sucker is pressed down, air is pushed out from underneath it, reducing the air pressure inside compared to the outside atmosphere. This pressure difference generates a strong adhesive force that can support heavy loads, as long as the seal remains intact and the surface is smooth and non-porous.
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When you pour water on the flat surface of a dinner plate, it forms a shallow puddle that spreads out due to the plate's surface tension and the water's cohesive properties. The water tends to stay in a relatively flat shape, creating a meniscus at the edges where it meets the plate. If the amount of water is small enough, it may not overflow or drip off the sides, demonstrating the surface tension's ability to hold the liquid in place.
No, you cannot physically hold a 2D shape, as it has no depth or volume; it exists only as a flat representation on a surface. However, you can interact with or manipulate 2D shapes visually or conceptually, such as drawing them or using them in design.
Like 3D. Looks like you can hold it. It's not flat
A square foot is not going to hold any water, because it's flat. You need a cubic measurements for volume.
A rubber sucker can support a big teddy bear by creating a strong vacuum seal against a smooth, flat surface. When pressed firmly, the air is pushed out from beneath the sucker, allowing atmospheric pressure to hold it in place. The suction cup's material and design enable it to distribute the bear's weight evenly, providing stability. However, the effectiveness depends on the size, weight of the teddy bear, and the quality of the surface it adheres to.
A rubber sucker can support a teddy bear by creating a strong suction grip on a smooth surface, such as a wall or glass. When pressed firmly against the surface, the rubber sucker expels air, forming a vacuum that holds the teddy bear in place. This allows the teddy bear to be displayed upright or hung, adding a playful and decorative touch to a room. The rubber material is flexible and durable, ensuring it can securely hold the weight of the teddy bear without slipping.
Press and hold the menu button on a flat surface
The sucker is dish shaped, when pressed against a smooth surface the air is forced from beneath the sucker.The rubber makes an air tight seal and the air pressure outside is greater than the air pressure beneath the sucker, thus forcing the rubber sucker to 'stick'.
This mount can hold up to 125 pounds, and accommodates most 52" flat panel TVs.
Any flat t.v stand or any stand with a flat surface where the console will not slide off would be a good pick.
A wide, flat-bottomed boat shape, such as a barge or pontoon, will generally hold the most weight. This design distributes the weight evenly across a larger surface area, providing greater stability and buoyancy. Additionally, vessels with a deeper hull can also carry more weight without risking capsizing, as they can displace more water. Ultimately, the specific weight capacity also depends on the materials used and the boat's construction.
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Rubber suckers rely on a vacuum created between the surface and the rubber to adhere. On rough surfaces, there are more air pockets and gaps that prevent the creation of a strong vacuum seal, making it difficult for the rubber sucker to stick effectively. Smooth surfaces allow for a better seal and more suction to hold the rubber sucker in place.
a runner is what goes along the ground and a sucker is what sticks to the runner to hold it down and the plant runs a long the ground.
The Home Styles Furniture Chesapeake Flat Panel/Plasma/LCD Entertainment Center will hold up to 300 pounds.
The weight capacity of a 1978 Monaray flat bottom boat would depend on its size and design. It is recommended to check the manufacturer's specifications or documentation for the specific weight capacity of your boat. Overloading a boat can be dangerous and affect its stability and performance.