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The air pressure pushing down on the table is counterbalanced by the air pressure pushing up from underneath the table. This creates a relatively balanced force distribution that prevents the weight of the air from crushing the table. The table is able to support this pressure due to its strength and the design of its structure.
If the ball is over the table, then it is a volley, and you will lose the point. If the ball is not above the table and travelling away, you may catch it, hit it, kick it or do anything to it.
The air pressure above, is the same as the air pressure below. Example: If one person goes on one side of a box and one person goes on the other side and they push at the same time using the same amount of force the box will go no where.
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.
Yes it is above the water table.
Table labels typically go above the table in a document.
The number of table legs needed to support the weight of the table depends on the size and weight of the table. Typically, a table will have 4 legs to provide adequate support.
a table
Go under a table. no! the table might crush you as the building falls! I don't think that any table can help you with that one! Ducis!);
above the water table
There are multiple numbers on the periodic table. The ones right under the abbreviations is the atomic weight of the atom. The number just above the abbreviation is the atomic number. Here is an example: Sodium 11= Atomic Number Na= Atom Abbreviation 22.99= Atomic weight
The weight capacity of the hinge for the folding table is 50 pounds.