Jameson
4th Grade Kemmler
Table Tennis
Hi there, do you want to know about ping pong? Ok let's get started. First, the equipment you need: a racket, net, table and a ping pong ball. Second, A ping pong match begins with the umpire conducting a coin toss. The winner has the option to serve the ball first. Receive it or choose the side of the table they'd like to play from first to 11 points wins. Third, let's talk about the history of ping pong. And this sport originated in England in 1890. You can obviously tell this sport formed from tennis. And fun fact the first match would have been played with a champagne cork, cigar boxes, Baseball bats and books. And was added to the olympics in
1988. Ever since then it has become very popular in the Olympics and very competitive.
I'm going to tell you about Newton's first law. First, the first law states that objects at rest stay at rest stay at rest. It also states that objects in motion stay in motion until acted upon by another force. Let's talk about how Newton's first law applies to table tennis. Let’s talk about how it applies to the ball. So if the rackets are hitting the ball there applying force to the ball causing It to move. If the ball is not moving the rackets are not making it move. So they are not applying Force to the ball, making it not move. The table has gravitational force because the rackets are Applying force to the ball making it hit the table. The table is using gravitational force making It bounce so there you have it.
Newton's second law of thermodynamics is about mass. So mass is what's inside everything, even us. Second of all, acceleration it’s what makes thighs go super fast or slow depending on mass like in ping pong when the rackets are accelerating making the ball hit the table. Last is force and there's different types of force like tension, buoyant, pushing and pulling. There's so many types of forces.
Do you want to hear about Newton's third law of thermodynamics? I think we should talk just about Newton's third law of thermodynamics first, so Newton's third law states that every action has an equal and opposite reaction. Second, action, so action is basically motion like if you punch someone in the face your in action so the next thing we're talking about is reaction so if someone punching you in the face you should probably react so move up, down and sideways.