Properties of matter | physical and chemical perspectives
<p>The amount of matter in an object.<br />
Mass, a cornerstone concept that serves as a fundamental property that defines the quantity of matter in an object. Delving into the essence of mass unveils its pivotal role in shaping the behavior of objects in the physical world. At its core, mass represents the measure of inertia—an object’s resistance to changes in motion.</p>
<p>From the microscopic realm of subatomic particles to the celestial bodies that grace our skies, mass remains a universal constant. We explore the methods employed to measure mass, delving into the balance between gravitational forces and inertial forces. Furthermore, the notion of mass-energy equivalency—famously embodied in Einstein's E=mc²—further enhances our comprehension of this essential characteristic.</p>
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