Science Involved in Carrom Board Game – YOU MUST KNOW TO BECOME AN EXPERT
Science plays a significant role in our daily lives. It is involved in every aspect of our daily life, from breathing to cooking, eating, washing, and driving; scientific laws and principles are involved in everything.
Science acts all around us, even in games and sports. There’s science acting behind your favourite games; you can become an expert in that game by understanding the logic and principles of science.
Have you ever wondered what the science behind our favourite childhood game, ‘Carrom board,’ is and which scientific laws and principles are involved?
The Science Behind Carrom: Physics, Geometry & More
The Carrom board game combines Science, Some skills, and Strategy, making it entertaining and challenging for the players. These branches of science are involved in our favourite Carrom board game. The principles on which the game is based:
PHYSICS INVOLVED IN THE CARROM BOARD GAME
some terms of physics are used in Carrom board, such as
Force
Friction
The first law of motion
The Third law of motion
Law of reflection
Force
The term of physics’ force’ is used in the carrom board on which the game relies too; there is a simple logic behind how much force is needed to be applied by the striker to hit a coin to make a point. If the striker and the pocket are in one straight line, 100 percent of the force will be applied to the coin through the strike; therefore, less force should be used to make a point because the force increases as the striker moves away from the pocket. The maximum force should be applied when the coin you have to hit isn’t in the straight path of your striker and its hitting point has reached the tangent point.
Friction
Another term of physics known as ‘friction’ is involved in a Carrom board game. The Carrom board’s surface is made of plywood or similar slippery material. Friction is also reduced by exerting force on the coins, and powders such as boric acid are used to reduce friction, which offers rolling friction to the striker and helps make the shot easier.
The first law of Motion – The law of Inertia
The first law of motion, which is also called the law of inertia, is also applied in a Carrom board game; when the striker hits the bunch of coins, the one at the bottom moves and changes its state from rest to motion due to the applied force. At the same time, other coins remain at rest following the law of inertia.
The third law of Motion
As the third law of motion states that every action reacts, this law is also applied in the Carrom game when the striker hits the coin. As a result, the coin moves to make a point.
The Law of Reflection
When the striker hits the coin, it bounces at an angle equal to the angle at which it was shot. This follows the fundamental principle of physics called ‘the law of reflection,’ where the angle of incidence is equal to the angle of reflection.
GEOMETRY INVOLVED IN CARROM BOARD GAME
The geometry involved in the carrom board game is all about some angles, directions, and trajectories you should know when playing the carrom board game. Some shots need to be solved, just like the geometric theorems. It would be best to have an eye on measuring the angles before playing a shot, which would help you get better results and gain more points.
Every shot depends on the angle you hit the coin through the striker. A right angle will help you make the right and most successful shot. With practice, you can understand and learn those angles.
MATHEMATICS INVOLVED IN THE CARROM BOARD GAME
The mathematics involved in the Carrom board game is the number of turns you and your opponent have; it’s very important to learn about your and your opponent’s turns. Your chances to win or lose can be determined by your number of turns left. If you have one plus number of turns than your opponent, you will have more chances to win easily if you play your turn efficiently. And if you have one minus turn than your opponent’s turns, you should carefully avail yourself of your chance; otherwise, you might lose.
CHEMISTRY INVOLVED IN THE CARROM BOARD GAME
The powder sprinkled on the Carrom board’s surface to reduce friction is a solid lubricant named Boric acid (H3BO3), also known as hydrogen borate and orthoboric acid, made up of hydrogen, oxygen, and boron. H3BO3’s molecules are loosely chemically bonded, which makes the striker and the coins move with rolling friction. The hydrogen bonding gives it a layered structure, which also allows the coins and the striker to move easily and smoothly on the surface of the carrom board.
ELEMENTS OF PSYCHOLOGY INVOLVED IN CARROM BOARD GAME
Some elements of psychology are also involved in playing the Carrom board game, such as ‘Anticipating,’ which means mentally imagining, expecting, or predicting something, looking forward to the happenings. If I hit my coin from this angle, it will get into the pocket, and I’ll make a point. Some examples of anticipation are having an eye on your opponent’s moves and playing your own moves with Strategy.
Another term called ‘Spatial reasoning’ in which we visualise the whole complex spatial relations between the fundamental parts of an object and manipulate them to predict a possible result; like if I use tricks and calculations regarding the shot I visualised in my mind, then I could make a point by utilising my turn otherwise I’ll lose.
CONCLUSION
Carrom board is a beautiful combination of Science, Skills, and Strategy, which makes it an interesting yet challenging game for players of all ages.
Playing the Carrom board game includes all of the laws, principles, and terms of science discussed above. These principles drive the game. To become an expert player of the Carrom, you should have a good grip on the terms of science involved. These will make it easier for you to play the Carrom board game.
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