What does the word magnitude mean?
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The word magnitude refers to the size, extent, or importance of something. It can also refer to the quantity, intensity, or strength of something, especially in terms of measurement or scale.
What does the word magnitude mean in science?
In science, the word magnitude refers to the numerical value or amount associated with a physical quantity. It is often used to describe the size, intensity, or degree of a specific phenomenon or property being measured. For example, in physics, magnitude can refer to the force, velocity, acceleration, or any other measurable quantity.
Because the force of the Earth is more massive and it exerts more gravitational force on the student, would a person have more gravitational force while on the Earth or on our less massive moon? Why?
A person would have more gravitational force while on the Earth compared to our less massive moon. This is because the force of gravity is directly proportional to the mass of an object. The Earth is much more massive than the moon, so it exerts a stronger gravitational pull. Therefore, a person will experience a greater gravitational force while on Earth due to its larger mass.
Based on the two rules above, a car experiences more magnitude in gravitational force than a cell phone. Name or draw two objects and tell which has a stronger attraction to Earth because of gravitational force.
One object that has a stronger attraction to Earth due to gravitational force is a bowling ball compared to a tennis ball. Since the bowling ball has a greater mass, it experiences a stronger gravitational force towards Earth.
Another example would be a truck compared to a bicycle. Again, due to the truck's larger mass, it experiences a stronger gravitational force towards Earth compared to the bicycle.
Note that the strength of gravity's pull also depends on the distance between the object and the center of the Earth. However, in the examples given, we assume the objects are at the same distance from the Earth's center for comparison purposes.
Another example would be a truck compared to a bicycle. Again, due to the truck's larger mass, it experiences a stronger gravitational force towards Earth compared to the bicycle.
Note that the strength of gravity's pull also depends on the distance between the object and the center of the Earth. However, in the examples given, we assume the objects are at the same distance from the Earth's center for comparison purposes.
All objects with mass experience gravitational attraction. Why do all objects exert gravitational force?
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