The simple answer is no. If you look at the equation of motion for a falling object, you can see that it doesn't depend on the weight of the objest. All objects fall with the same acceleration regardless of their size or shape.
Keep in mind though that this neglects air friction. If you consider air friction, then the steel ball would fall faster since it is denser. In other words, the lighter rubber ball would get slowed down by the air more. This is unlikely to have much effect if you drop the two balls a small distance; however, if you dropped them out of an airplane the steel ball would likely land much sooner than the rubber ball.
Yes and no. When it 'falls' out of a cannon/musket, the solid steel ball will fall at an significantly speedier rate than that of a conventional solid steel ball not emerging from a cannon/musket housing. But sometimes the other solid steel ball will drop slightly faster than the solid steel ball as well. No one knows why really. It's a mystery. :-) (don't know what this question was supposed to mean but that was fun, lol)
Steel has the biggest lumps on its surface compared to ice and rubber. This is because steel is a solid material with a rough and uneven surface, while ice and rubber are usually smoother and more uniform in texture.
I am not sure about distance, I think it may be further but NOT SURE, But, I do know it travels WAY faster in steel, something like 10 times faster.
The ball inside older mice - was either solid rubber - or a steel ball with a rubber coating.
Lots of solids are elastic. Steel, for example. Another one is "elastic".
No. It is "rubber" or a synthetic form of it. That is why it is called a rubber eraser and not a steel eraser.
Rubber tires are preferred to steel tires because if we had steel tires driving over the smallest pebble would be a very bumpy ride. Rubber tires are flexible and will be smooth when going over rocks. Not to mention, if we had steel tires the government would have to replace the roads everyday with the amount of people tearing them up with steel tires. Also, rubber tires wear out and that means you will have to buy new ones again..
Sound travels faster in steel compared to air because steel is denser and has a higher elasticity than air. These properties allow sound waves to propagate more quickly through steel, resulting in a higher speed of sound.
Adding energy to a piece of solid steel can increase its temperature, causing it to expand or even melt if the energy input is high enough. Additionally, the steel could undergo phase changes, like from solid to liquid. Highly concentrated energy input, such as from a laser beam, can result in rapid localized heating and even vaporization of the steel.
Rubber.
Sound travels faster through steel than through cloth. This is because steel is a denser and more solid material, allowing sound waves to propagate more efficiently compared to the softer and more porous structure of cloth, which absorbs and dampens sound waves.
No. Steel is a solid solution. An example of a gaseous solution would be air.