Respuesta :
Answer:
The amount of matter in the bowling ball remains the same.
Explanation:
Because matter or mass never changes hope thsi helps give me branilest
The statements best describe why the mass of a bowling ball would not change if it were transported from Earth to the Moon is, that the amount of matter in the bowling all remains the same, the correct option is D.
What is the matter?
The matter is anything that has mass and takes up space.
Gravity is a fundamental interaction that causes all objects with mass or energy to attract one another.
A fundamental way to measure a physical quantity is with a standard unit. The physical quantities will always be expressed in a similar manner, regardless of where a person is.
Mass is a physical quantity and mass is the measure of matter in a body.
The gravitational force on the earth and moon is different but is still measured in m/ sq.s.
Even when the gravitational force is different, the mass will remain the same.
When the bowling ball is brought from Earth to Moon, the mass does not change because the amount of matter in the bowling always remains the same.
Your question seems incomplete, the complete question is as follows:
Which of the following statements best describes why the mass of a bowling ball would not change if it were transported from Earth to the Moon?
Gravity is a constant force
The bowling ball will adapt to the changes in gravity
The matter is resistant to acceleration and changes in gravity
The amount of matter in the bowling all remains the same
To know more about Matter
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