Disregarding the fact that that's a rather moronic question, momentum is required to maintain the movement of the ball through the air from side to side. Without momentum the ball would be stationary, along the the tennis rackets and players body. Which would defeat the purpose of the game.
Tennis he loves tennis you should know because of 2012 olympics so he does play tennis.
Nothing
Yes, other conservation laws that appear in life include the conservation of energy, mass, and momentum. These fundamental principles play a critical role in understanding various biological processes and ecosystems.
Normal impulse conduction
Inhibins (and activins) play a critical role in follicle development.
Echizen Ryoma is played by Hongo Kanata in the live action Prince of Tennis film.
to protect your store
Momentum affects a boomerang's flight by determining its speed and direction. When thrown with sufficient force and spin, the boomerang's momentum helps it maintain its rotational motion and return to the thrower. The conservation of momentum and angular momentum also play a role in the boomerang's flight path.
Within the subject of cooking measurement, fractions would play a critical role. However, more in the sense of estimation, as compared to more mathematically advanced subjects in which exact fraction-related knowledge would be a requirement.
No, critical mass does not depend on polarity. Critical mass is simply the amount of fissile material needed to sustain a nuclear chain reaction. Polarity, which is a property of molecules, does not play a role in determining critical mass.
Momentum is the vector that quantifies motion using both mass and velocity. It is calculated by multiplying an object's mass by its velocity. Momentum is conserved in isolated systems and plays a critical role in the study of collisions and interactions between objects.
In the context of bottle rockets, momentum plays a critical role in propelling the rocket forward. When the compressed air inside the bottle is released, it exerts a force on the rocket in one direction, causing it to move in the opposite direction due to conservation of momentum. The momentum of the expelled air pushes the rocket upward with enough force to overcome gravity and create the motion.