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Someone might want to change the direction of a force they apply to adjust the motion or orientation of an object, to overcome an obstacle, to control the speed or velocity of something, or to change the position of an object within a system.
To slow down a ball, you can apply friction by rubbing it against a surface, increase air resistance by opening a parachute or adding drag-inducing features, or employ a magnetic field to create resistance. Each method can help reduce the speed and velocity of the ball effectively.
To launch a ball effectively in the pool, stand at the edge of the pool with your feet shoulder-width apart. Hold the ball with both hands, bring it behind your head, and then throw it forward with a strong and smooth motion. Aim for a spot in the water where you want the ball to land. Practice your technique to improve accuracy and distance.
Acceleration is defined by physics as the rate of change of velocity over time. a = dv/dt As time changes, any change in velocity results in a change in acceleration. That change can be positive or negative. If you want to know why, its because acceleration and velocity are vectors. A vector has a magnitude and a direction. The magnitude is the value, and the direction refers to the direction the object is traveling. An example when acceleration doesn't point in the same direction as velocity is when you throw a ball into the air. You throw it up, so the initial velocity is in the upward direction. However the acceleration due to gravity is downward. It will slowly decrease the upward velocity of the ball until it is zero. At that point the ball will start to fall downard and increase in velocity until it hits the ground.
Answer:1. ball falls from a height of 1.41m, so what is its momentum when it hits the floor? Well, assuming the ball falls on earth:mom = m.vacceleration = 9.8m/s/swhere m=mass of ball; V=velocity of ball when it hits the groundHow do we know what velocity it travels at when it hits the ground? We use uniform acceleration formulas (because the force due to grav is constant):v=u+a.t; S=u.t+(1/2).a.t^2; V^2=u^2 + 2.a.swhere s=displacment; u=inital velocity; v=final velocty; a=acceleration; t=timeSo which one applies? what do we know about the ball, and what do we want to find out?we know balls mass, inital velocity, which we'll say is 0. We know the acceleration is 9.8m/s/s.We want to know it final velocity, so we'll use V^2 = u^2 + 2.a.su=0soV^2 = 2.a.sthereforeV^2 = 2.(9.8m/s/s).(1.41m) = 27.636soV= root(27.636) = 5.26m/s (3.s.f)we know v, now we can work out momentum:v.m = (5.26m/s).(41.8/1000)kg (notice I have to put it in kg, not grams)0.2197kgm/sNow, this is the momentum the ball has at the moment it touches the ground, and because we know that the force exerted is equal to the rate of change of momentum and we know this change takes 0.012seconds to occur, and that the ball moves with the same velocty in the opposite direction:total change in mom = 2.(0.2197kgm/s) = 0.4394kgm/s, which takes 0.012sectherefore force = (0.4394kgm/s) / (0.012sec)36.62 newtons!Hopfully someone will jump in if I made some error somewhere.
John Ball wants England to change because he is a social reformer who advocates for social and economic equality. He believes that the people of England, particularly the peasants, are oppressed by the ruling class and should have more rights and freedoms. He seeks to bring about change through peaceful means, such as advocating for the rights of peasants and encouraging them to stand up for themselves.
John Adams wanted to change the foreign relations policy of his day. His isolationist point of view kept the United states of America out of the war between Brittan and France.
Inertia is the tendency to not want to change, or in simple words, to keep doing what you're already doing. That means when a ball is rolling down the hill, it has inertia; it does not want to stop rolling. However, the ball will eventually stop because of friction or an object acting as an obstacle.
on your menu screen go to a thing that looks like a wrench and that is your settings go to the network ball thing and it will asks for what language you want touch it and then it will change, if the games are in a different language you cant change it.
The pull back is you are moving with ball in one direction and place your foot on top of the ball and quickly drag it back towards you if a defender is not allowing you to move forwards and you want to quickly change directions.
Whatever you prefer.Usually:MineGot itBallGotI goIn order to tell someone else you want them to play the ball you can say:HelpYoursYou goYouGo
You either want the ball to hit on your opponents' side of the court or you want them to hit the ball out of bounds.
If you want the ball to curl shoot it from the right/left
There is no specific ball needed to catch Rotom, use whichever ball you want.
If you want to do Rondo's dribble move you have to upgrade your ball handling. When you have edit your player and under the moves change it until you see Rondo.
want to change my address
Do you want change?