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For a given amount of energy 4 kg ball would move faster compared to 6 kg ball
When the ball encounters a blade of grass it causes the grass to move. The ball is effectively transferring its kinetic energy to the blade of grass. This transfer of energy occurs at each encounter with a blade of grass. Eventually the ball has transferred all of its energy to the grass and the ball stops. Since this transfer of energy is much less that 100% efficient, most of the energy from the ball is converted into heat via the resistance the grass has to bending, the grass sliding on neighboring blades of grass, the grass sliding on the ball itself, as well as complex interactions with the soil.
The person's feet push backward on the sidewalk; the sidewalk pushes forward on the person.
For something to accelerate or go faster, a force needs to be applied to it. When you walk, your shoe wants to slide on the sidewalk, but the friction from the tiny bumps on both surfaces creates resistance that prevents this, and you move forward. The sidewalk friction is actually pushing back on your shoe so you accelerate forward. Hope that helps.
Particles do not move faster in a vacuum. Particles move faster when the temperature increases.
Move your leg faster
If the ball does not move and you are not in a hazard you do not get penalized however, you are not permitted "cut" the grass on the course.
Snails move faster on dirt cement
For a given amount of energy 4 kg ball would move faster compared to 6 kg ball
When the ball encounters a blade of grass it causes the grass to move. The ball is effectively transferring its kinetic energy to the blade of grass. This transfer of energy occurs at each encounter with a blade of grass. Eventually the ball has transferred all of its energy to the grass and the ball stops. Since this transfer of energy is much less that 100% efficient, most of the energy from the ball is converted into heat via the resistance the grass has to bending, the grass sliding on neighboring blades of grass, the grass sliding on the ball itself, as well as complex interactions with the soil.
The person's feet push backward on the sidewalk; the sidewalk pushes forward on the person.
The transfer of energy from your racket and the ground to the ball causes its particles to move faster, which causes heat.
Replace Toxic with another grass move.
For something to accelerate or go faster, a force needs to be applied to it. When you walk, your shoe wants to slide on the sidewalk, but the friction from the tiny bumps on both surfaces creates resistance that prevents this, and you move forward. The sidewalk friction is actually pushing back on your shoe so you accelerate forward. Hope that helps.
You play tennis on grass the same as clay or any other surface. The ground needs to be hard and the grass short. It is fun to play on but the ball doesn't move as fast i dont think.
They move faster then others because they have weight in them. It may not make sense, but try this: Take a marble and a bowling ball. Roll them both the same speed. Which one goes faster? It will be the bowling ball because it has more weight to it. Regular clouds do not have much weight to them, so they float through the sky slower then rain clouds.
a grass type move like mega drain which idiot would choose MEGA DRAIN as an example of a good Grass-type move?!? Let's try: # Solarbeam # Frenzy Plant # Energy Ball # Seed Bomb # Giga Drain # etc. # BUT NOT MEGA DRAIN!