These derivations are simple rearrangement of variables to solve for each variable. Solve for initial velocity (v_0): Solve for final velocity (v): Solve for acceleration (a): Solve for time (t):
read moreThe First Kinematic Equation of Motion is derived from the definition of acceleration, which is the rate of change of velocity with respect to time. If an object starts with an initial velocity v_o, and undergoes a constant acceleration a for a…
read moreThe second law of motion in differential form. This equation is known as the equation of motion, or the second law of motion in differential form. It is a differential equation that describes the relationship between the net force acting on an…
read moreThe total energy of an isolated system remains constant.
read moreThe Equation of Motion in r is a second order differential equation in r. This equation represents a mathematical relationship between the quantities inside the function M, and it states that the value of the function M is zero. The notation of…
read moreThe Composition of Function operator is represented by a small empty circle.
read more