The law of acceleration is also known as the "Law of Resultant Force." This principle is fundamental in physical education for comprehending how forces influence the motion of objects and individuals. It is one of Newton's three laws of motion, which can be articulated as follows:
Explanation: Newton's Second Law of Motion, also termed the Law of Resultant Force, posits that an object's acceleration is directly proportional to the net force applied and inversely proportional to its mass. This relationship is mathematically represented as F = ma, where F denotes the applied force, m represents the mass, and a signifies the acceleration.
This law is vital for numerous practical applications, including calculating the force required to move an athlete in sports or determining impact forces during collisions in activities such as football or martial arts.
Options Analysis:
Law of inertia: This corresponds to Newton's First Law of Motion.
Law of action & reaction: This is an alternative designation for Newton's Third Law of Motion.
Boyle’s Law: This relates to gas laws and is not pertinent to motion.
Law of Resultant Force: This is the correct designation, as detailed above.