Mass as a measure of an object’s inertia (its resistance to being accelerated by a force)
Antònims
Examples for "gravitational mass"
Examples for "gravitational mass"
1Durations are dictated by the placement of the system's primary station in relation to the system's center of gravitational mass.
2There is inertial mass (the resistance to change in motion by a force) and there is gravitational mass that is proportional to the gravitational force.
3Gravitational Mass: One way to model the gravitational interaction is to say that it is a force between two objects with mass (gravitational mass).
1This second definition is often referred to as an object's inertial mass.
2So, for a certain net force, if you have a larger inertial mass the change in velocity is smaller.
3It follows- Idonot wish to prove it now-thatthere must be forces acting over long distances, or elementary particles of vanishing inertial mass.
4The inertial mass reflects how difficult it is to change the motion of the object-itis easier to deflect a mosquito than a Mack truck.
5There is inertial mass (the resistance to change in motion by a force) and there is gravitational mass that is proportional to the gravitational force.
6But it is important to realize that there are two type of mass: Inertial Mass: This is commonly what inertia means.
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Translations for inertial mass