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Are iron weights heavier than rubber?
Yes, iron weights are typically heavier than rubber weights.
Are rubber weights lighter than metal weights?
Yes, rubber weights are generally lighter than metal weights.
Are metal plates heavier than rubber?
Yes, metal plates are generally heavier than rubber.
Are metal plates heavier than rubber plates?
Yes, metal plates are typically heavier than rubber plates.
Why do metal plates feel heavier than rubber?
Metal plates feel heavier than rubber because metal is denser and has a higher mass per unit volume compared to rubber. This means that for the same size object, the metal plate will weigh more than the rubber plate.
Why are metal plates heavier than rubber?
Metal plates are heavier than rubber because metal is denser and has a higher mass per unit volume compared to rubber. This means that metal contains more material in the same amount of space, resulting in a greater weight.
Why do rubber plates feel lighter than metal plates when lifting weights?
Rubber plates feel lighter than metal plates when lifting weights because rubber is less dense than metal, so rubber plates take up more space for the same weight. This makes them feel lighter and easier to lift.
Why do rubber weights feel lighter compared to other types of weights?
Rubber weights feel lighter compared to other types of weights because rubber is less dense than materials like metal, making the weights less heavy for their size.
Why do metal weights feel heavier than other materials when lifting them?
Metal weights feel heavier than other materials when lifting them because metal is denser and more compact than other materials, resulting in a higher mass for the same volume. This increased mass requires more force to lift, making the weight feel heavier.
Are metal free weights better than the plastic ones?
Metal free weight tend to be heavier than plastic ones. It is always recommended to get real weights over plastic ones.
How can we tell that the weights are heavier than the apples in the balance?
We can tell that the weights are heavier than the apples in the balance by observing the position of the balance beam. If the side with the weights is lower than the side with the apples, it indicates that the weights exert more force due to their greater mass. Additionally, if the balance remains stable without tipping in favor of the apples, this further confirms that the weights are indeed heavier.
Is rubber heavier than polystyrene?
Yes.
