http://www.kettering.edu/~drussell/bats-mew/alumwood.html
here it explains the pros and cons of the bats.
hope it helps (; -gab All else being equal, an aluminum or graphite (composite) bat, (in that order) will hit ball much further than wood. A different approach might be to consider what league you will be playing in and purchase an appropriate bat for game play. That is to say, youth leagues typically use aluminum with high drop numbers (length minus weight), high school and college are limited in their drop weights, usually in the -3 area, but still use aluminum. Professional level players use wood. Even though big hits, speaking in terms of physics, come from bat speed (not weight or make up) you will not get the performance you want (on par with other players) if you use a wood bat in a youth league...as an example. Most 'players' (player being defined as a competetive hardballer - 'stud') have both wood and aluminum bats. Wood for cages and certain aspects of training and aluminum for game time. Some extend that further buy having a 'regular' and a big barreled aluminum bat for game play. 'Regular' barrel for higher level higher speed pitchers and big barrel (bigger barrel, more weight at the sweet spot) for lesser pitchers to send the ball farther. I could talk and explain this all day, but you get the idea.
the pan was made of aluminum
i dont know can you
The main test for aluminum is by using a magnet. Aluminum is not magnetic. If a steel is tested and the magnet clings to it then that is a good indication that it is not aluminum.
Aluminum is extracted from its ores using molten salt electrolysis.
By not using a lot of it and don't use Buaxide (the material for aluminum)to much.
Versus.
No, but an aluminum can can be recycled using much less energy than it takes to separate an equivalent amount of aluminum from its ore.
Aluminum is a natural occurring element. It is refined from ore. Several other alloys are made using aluminum.
Little League players. Aluminum bats are illegal in the MLB.
Aluminum, plastic, and copper are most suitable for extrusions. Thickness can be determined with aluminum extrusions.
You can conserve energy by building a solar energy unit using aluminum cans.
It is hard to tell where she purchased the aluminum enclosures that she is using, but you can purchase aluminum enclosures from http://www.rselectronics.com/seo/aluminum_enclosures.aspx This website has lots of different aluminum enclosures to choose from.