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Yes.
stregnth effects performance in many ways, but it is mainly in contact sports and other sports like weight lifting. Stregnth can help performers in rugby for example to tackle harder and make it easier for them to take the opponent to the ground. Also with increasing stregnth (in genera) there is an increase in power so it helps performers in sports such as tennis and badminton to apply power or speed to a shot.
Wood makes paper. Wood makes money. Wood makes houses and stores.
In animals, they are primarily energy storage molecules, although there are a lot of polysaccharide chains that do many extremely important jobs on the membranes of body cells. In plants, they are not only very important food storage molecules (starch), they also serve as structural materials (cellulose) and components in wood.
Wood is very important to Japan in that it generates lots of income through exportation. At the same time, the wood is used to make houses and furniture for its citizens.
engineered wood products, concrete, structural foam sandwich panels, and laminated fiberboard structural sheathing.
Mine is teaching people how to drive.
Xylology is the study of the physical, structural and mechanical properties of wood.
A wood to metal fissting is a joint designed to join together a structual component made out of wood to a structural component made out of a metal.
Surf and stregnth
A sill plate.
Wood, masonry, concrete, metal, glass, plastic.
NO basically hardwood trees typically shed their leaves annually , where as softwoods are evergreen. hence balsa wood is a hard wood but i wouldn't use it in structural application
Yes.
They are rated based on sustained wind speed
A joining of two pieces of material in wood, metal or plastics by mechanical means
Wood makes paper. Wood makes money. Wood makes houses and stores.