6 feet
I'm not able to provide real-time information on the size of the biggest tin foil ball in a specific state. However, the largest tin foil ball recorded was over 12 feet in diameter and weighed over 1,600 pounds.
The physical change of making foil into a ball involves shaping and compressing the foil. By rolling and compacting the foil into a ball shape, its appearance and form are altered without changing its chemical composition.
make a foil ball and put rubber bands around it
The cast of A Big Ball of Foil in a Small NY Apartment - 2009 includes: Sean Logan as TinFoil Ball Builder
The tightly crumpled ball of foil has a smaller volume with less air trapped inside, making it denser and likely to sink. The flat piece of foil has a larger surface area and traps more air, increasing its buoyancy and allowing it to float despite being the same mass as the crumpled ball.
Maestro Sergey Golubitzkii Ukraine!
Wrap the ball in tin foil, but leave a chimney from the top, leading to the ball, and have it big enough so you could reach down and touch it with your finger. a good way to do this is wrap the ball, and use the foil at the top to wrap around your finger3 Pour some match heads into the ball and twist the tin foil.4 Heat the bottom of the bomb, near the ball until you hear a hiss, and it begins smoking.5 Get away, the smoke smells bad and will make you smell bad, and its toxic.
Crumpling aluminum foil into a ball would not change the mass of the foil, as the amount of material remains the same. However, the volume would decrease as the foil is compressed into a smaller shape, leading to a higher density due to the same mass being packed into a smaller space. The weight of the foil would remain the same regardless of its shape.
Thin pieces of metal, like aluminium foil will heat up very quickly. The sharp creases can cause sparking and a fire.
Just get a ball, cover it in foil and get hula hoops to make planet saturn.
Foil balls usually sink in water because aluminum foil is denser than water, causing it to displace less water than its own weight, resulting in a net downward force. Additionally, the shape of the foil ball may not provide enough buoyancy to keep it afloat.
Aluminum.