That will depend on the distance between the points where the beam is supported, as well as the type of wood.
Only if it is at least 12' long.
It would depend on the type of paper as well as the thickness. For example, wood pulp paper would weigh much more than rice paper.
Capacity is referring to volume, not weight. Weight is the force of gravity acting on an object. 1 pound of lead and one pound of wood have the same weight (1 lb) but they have very different volumes (capacities).
-- The aggregate density of the wood block is 700/1000 = 0.7 the density of water. -- So, as soon as the wood has displaced 0.7 of its volume in water, it has displaced its entire weight in water, and floats. -- The wood floats with 0.7 of its volume below the surface and 0.3 of its volume above it.
It depends, what type of wood as different types have different masses :)
it can hold as much weight as it can handle
Depends on how much weight is above it!! but on 1 -2 story wood framed structures triple 2x12's glued and nailed will do the trick
There are two criteria for making the decision. 1) How much weight is the beam carrying. Wood beams look great and can carry most residential loads. Commercial buildings often use steel beams to carry the snow wind and floor loads, but heavy timber can also do the trick. 2) How should the wood or steel beam look? If the building is prettier using wood, that might be the way to go. If steel looks better - use steel. Sometimes a combination of wood and steel is perfect.
Primarily as a beam to support a board or wood so it can be sawed.
Typically wood can support 600 pounds per square inch. A 4 by 4 piece of wood depending on length could support up to 7,000 pounds.
This depends on the type of wood and how evenly distributed both the load and the supports for the piece of wood are.
Whats it made of?
The amount a weight an average apartment balcony can hold will depend on the type of balcony such as wood or concrete. A balcony should support an estimated 60 pounds per square foot.
If you support it at the ends and load it in the middle which is worst case, it can hold about 650 pounds before breaking. The answer involves engineering analysis of strength of materials and beam theory.
It's a wood, or metal post that's located in the center under a beam. It usually supports a lot of weight.
the main advantage of flitch beam is to strengthen the beam and decrease the deflection (∆) in the beam by decreasing elasticity (E) because the elasticity of steel is much bigger than a wood beam. their ratio is about 15 to 20 (n=15 to 20).
You need to know the compression strength perpendicular to grain direction of that species of hardwood to figure it out. Somewhere around 1,200psi.