"i dont no
ha ha ha"
Is the answer of someone who will end up failing college and spend their time digging for meat scraps at the local dump.
The correct answer is:
Because the pull tops are dissolved with different metals so they can bend.
because the pull tops are dissolved with different metals so they can bend. :P :) :D ;)
Aluminum alloy has precipitates of alloying elements which improves the mechanical property of aluminum but pure aluminum is weak.
there could be several different lithium-aluminum alloys.
The typical aluminum alloy in the sides of a beverage can incorporates by weight 1 percent magnesium, 1 percent manganese, 0.4 percent iron, 0.2 percent silicon, and 0.15 percent copper. To increase the lid's strength, manufacturers reduce the amount of manganese in the aluminum alloy, while increasing the amount of magnesium. The magnesium content can reach a full 2 percent of the alloy's weight, with the manganese content being reduced to a trace. While this shift in alloy content makes the lid stronger, it also makes it significantly heavier. For the bottom part, we stick with the alloy we've used for the sides and have a concave shape.
The different alloys found in Honda Civic include aluminum alloy, which can be found on the wheels. This is the only place on a Honda Civic that uses alloy.
Pure aluminum is not strong enough as building material for airplanes. Alloy with Al are stronger.
The aluminum alloy AA 6061 is not soluble in water at room temperature.
Aluminum alloy ... a stronger metal.
An alloy typically refers to combining two (or more) different metals together to make a hybrid of the two. In a sentence: "The skin of the rocket was made out of a strong aluminum and steel alloy." Iron and nickel in the outer core form an alloy, or a mixture of metallic elements. The magnetic properties of stainless steel vary from alloy to alloy. The color is "white gold" but the alloy too soft, about as soft as silver. These plates are made of very strong aluminum alloy with corprene facings bonded to them. The Hindenburg 's latticework airframe was constructed of a lightweight alloy composed largely of aluminum and copper.
Alloy Wheels are automobile wheels which are made from an alloy of aluminum and magnesium.
stronger than aluminum
yes