SCIENTIFIC THEOREM FACT VS. THEORY BASED TRAINING
RESEARCH AND DEVELOPMENT
CREATED BY BASEBALL PLAYERS FOR BASEBALL PLAYERS
BERNSTEIN PRINCIPLE - Originated by Soviet neurologist, Nikolai Bernstein, this scientific principle states that the body will organize itself in accordance to the overall goal of balance and movement.
THEORY is an assumption that theorizes with scientific method - repeatedly testing with observation and experimentation. THEOREM is scientific truth that is proven by a chain of reasoning or accepted truths within a field of study. Most popularized baseball training is derived from theory, including weighted baseball development.
VeloPRO is founded upon accepted truths within the fields of load physics, kinesiology, physiology, and construction engineering. VeloPRO training harnesses utilize Newton's Three Laws of Motion, the Berstein Principle, SAID Principle, Law of Energy Dissipation, and many other scientific THEOREMS to give you INSTANT power, speed, and velocity gains.
NEWTON'S FIRST LAW OF MOTION (LAW OF INERTIA)
Force (F) is equal to an object's mass (M) times its acceleration (A). F=MA is the equation. Basically, the more mass an object has, the harder it is to accelerate. Likewise, the bigger the force, the bigger the acceleration. These ideals confound why hitters must swing hard, why power hitters use bigger bats, and bigger bodied pitchers can potentially throw harder than smaller pitchers.
NEWTON'S SECOND LAW OF MOTION
A car possesses more inertia (than its driver) because it weighs more. When it crashes, energy is transferred into the path of least resistence (driver) and accelerates the driver violently. This is why we have seatbelts. This is the same ideal behind pitching and hitting. The more mass and accelerative force behind the baseball - the faster and further it goes.
NEWTON'S THIRD LAW OF MOTION
For every action, there is an equal and opposite reaction. Baseball requires an explosive energy transfer (not a uniform energy transfer). Therefore, according to physics, a balanced force must hold back this explosive energy to harness its accelerative potential (known as elasticity).
A balanced force requires two equal and opposite reactions to be equal in size, but opposite in direction. This is why deliveries and swings are optimized with athletic balance. Since balanced force requires energy to be counterbalanced, mechanical training contradicts physics' theorems because it trains one aspect of balance, not the entire balancing "act". Hence, VeloPRO.
Every object in a state of uniform motion remains in that state of motion until an external force is applied to it. For example, a baseball does not move until a pitcher applies force to it. Additionally, the more mass an object has, the more force required to move it (inertia).
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