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Imagine that you drop four objects, all the size of a bowling ball, off the top of the Empire State building. Each is made of a different substance: Styrofoam, lead, Bubble Wrap, and pumpkin. Neglecting air resistance, in what order do they reach the ground.

Sagot :

Answer:

Pumpkin first then lead then styrofoam then bubble wrapping.

Explanation:

Baraq

Considering the situation described above, "all the objects would fall at the same time."

This is based on the idea that the Earth's acceleration due to gravity is the same for all objects, irrespective of the mass of their bodies.

The formula is given as Net Force = ( G × M × m) ÷ R^2

Thus, we equate net force as the object weight.

Then we have mg = ( G × M × m) ÷ R^2

With mass canceling each other, we have g = (G × M ) R^2.

Therefore, we can conclude that the gravity of an object doesn't depend on the mass of the object.

Hence, in this case, it is concluded that by neglecting air resistance, Styrofoam, lead, Bubble Wrap, and pumpkin, "all the objects would fall at the same time."

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