The equations of motions.
Height of an object = (elevation of its top) - (elevation of its bottom)
Look through a mathematics, physics, chemistry, or economics text to find equations.
He was really a famous theoretical physicist, best known for the equation e = mc2. This equation describes the relationship between matter and energy. Theoretical physics involves a lot of complex mathematics but it is still physics, and not mathematics for which Einstein is remembered.
Most equations in physics are never true. All that can be done is to find more an more evidence in support of the equation. However, it is always possible that there is an as-yet-unknown factor which changes all the equations. this is what happened to Newtonian physics as a result of Einstein's work.
mass=density*volume
Poisson's equation is a partial differential equation of elliptic type. it is used in electrostatics, mechanical engineering and theoretical physics.
Magic
The equations of motions.
Height of an object = (elevation of its top) - (elevation of its bottom)
Ohms Law
The Navier-Strokes equation is a term in physics used to describe the motion of a fluid substance. The equation applies Newton's second law to fluid motion.
Yes, the theory of E=mc^2 works. It is a fundamental equation in physics that describes the relationship between energy (E), mass (m), and the speed of light (c). This equation has been extensively tested and validated through experiments in various fields of physics.
Look through a mathematics, physics, chemistry, or economics text to find equations.
The second equation of motion in physics is: (v = u + at), where: (v) is the final velocity of an object, (u) is the initial velocity of an object, (a) is the acceleration of the object, and (t) is the time taken for the change in velocity to occur.
He was really a famous theoretical physicist, best known for the equation e = mc2. This equation describes the relationship between matter and energy. Theoretical physics involves a lot of complex mathematics but it is still physics, and not mathematics for which Einstein is remembered.
Scientists applied Einstein's equation E=mc^2 in the field of nuclear physics to understand the equivalence between energy and mass. This equation helped in the development of nuclear power and nuclear weapons by showing the enormous amount of energy that could be released from a small amount of mass through nuclear reactions.