Tug of war and newton law

Drag mine is a simple game that is loved by almost all people. Besides because this game does not require special place and equipment, also the rules of the game is very practical and simple. Provided there is an empty field that is about the size of a badminton field or even narrower than that with a strong mine, this game can be played. There is no rule how many players as long as the number for each team is balanced. The rules of the game were simple, each team holding the ends of the mine, waiting for the cue from the referee to start pulling the opposing team at the other end of the mine. The team that succeeded in pulling the opposing team up past a certain defined line was declared the winner.
Due to the simplicity and excitement of this game, almost every place of this game will be a game that must be held in celebration of seventeenth-agustusan. Well, even though the seventeenth-agustus is still very far let's review about this game by using physics. With this understanding we can determine a certain strategy or tricks to win it if we later get involved in this game. No harm is not it? Let's start.
Is it true physics can talk about tug of war? Of course the answer is: yes! Talk of tugs involves the laws of motion formulated by Newton. In the physics lessons learned at school, of course we are all familiar with these laws. The first law says that things will always maintain their original state. If at first it is stationary, then it will remain silent unless given outside influences. Similarly, if he is in a state of motion, then he will continue to move unless given the influence that causes it to stop. This law is also called the law of inertia. The law of both states that the motion of an object depends on the influence given to it and the mass of the thing itself. The greater the influence given, the faster the motion. The greater the mass of the object, the slower the motion will be. In physical terms this influence is called force. The third law says that if an action is given to an object, it returns to a reaction equal to the action given, but it acts on the action.