I will walk you through the procedure of the trick, unfortunately I cannot perform it for you. They can think of any number between 1 and 30, it is up to your spectator. ![]() You don’t know in advance what number the spectator will pick. If you want to do this trick you can take a screen shot of the 4 tables below. Check out the video below to see these tricks performed. These tricks can serve as an aid in learning basic math. Curiosity can lead us to embrace and apply both new and familiar concepts and skills, including algebra. Working on these tricks is good for learning and deduction skills and a good way to get students thinking. Students really get into it because they truly want to learn how to do it themselves. After doing a math trick you want to try it and work through and figure out the math. The enjoyment of a math trick is more about working it out. They are usually very procedural and won’t blow your mind. Math tricks are in a different category than magic tricks. There are some math tricks that can be very baffling and puzzling. Perhaps these people have never seen good sleight of hand magic- cards, coins, rings, etc. This might be from an experience they had with some math tricks when they were younger. I have met people who are under the impression that magic is all math based. It is good to add something extra to your presentation. Go through the trick and then have them open the envelope. Place the correct amount of pennies inside an envelope and hand it to the spectator to hold before you start. After you go through the trick tell them to look under your phone or wherever you put the paper. You could write the number on a piece of paper and place it somewhere without them knowing. This makes this trick sort of like a prediction. Go through the trick and then have them pick up the paper and look at what you wrote. Write the number on a piece of paper without letting anybody see what you wrote and place it on the table before you start. Add a little mystery and showmanship here, it will go a long way. Tell them they are hard to read and it isn’t easy to step into their mind. Tell your spectator to concentrate and close their eyes. Math Trick EndingsĪct as if you are reading their mind. Or you can spice it up a little and make things a little more entertaining. For each trick you can just tell them what number or symbol they are thinking. This is why it is good to know a few math tricks with different outcomes. These math tricks always have the same answer so you don’t want to repeat them for the same person. I will always be correct in my prediction because the table has the same symbol for the multiples of 9.ĩ – 18 – 27 – 36 – 45 – 54 – 63 – 72 – 81 Math Magic Trick #5ĬONCENTRATE… You are thinking of: Numbers Explanation While I do not know your original number, I do know if you follow the instructions your final result is always a multiple of 9. Look up this number on the chart and think of the symbol.ĬONCENTRATE… You are thinking of: Symbol Explanation.Think of a 2 digit number, this is your Original #.If your spectator misses one part the whole trick is ruined. If you cannot do the math in your head don’t do the trick. These tricks tend to be confusing and most of the time they get screwed up. Stay away from math magic tricks that are too long and have too many instructions. Think of a number between 1 and 10, this is your Original #.ĬONCENTRATE… You are thinking of: Math Magic Trick #2ĬONCENTRATE… You are thinking of: Math Magic Trick #3ĬONCENTRATE… You are thinking of: Math Trick No-Nos.It’s the same as picking up a calculator and pressing 35 X 11 or using a pen and paper to give you the same result.Click YouTube Video Above to see these Math Tricks Math Magic Trick #1 Now, sum up the two numbers in the middle, such as 3 5.Separate the digits 3 and 5, with a space between them, such as 3 5.However, they can take things a step further by learning how to multiply numbers by 11, in a jiffy, for any future math problem. Granted, most kids memorize the multiplication tables up to 10. Finding the Answer to Any Number Multiplied By 11 You’ll Always Return to the Phenomenal 15ġ. ![]() Regardless of What You Do, the Answer Remains Constant Whether Small or Large, the Answer Will Always Be Eight
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