You can find details on this algorithm in the Wikipedia article "Ancient Egyptian multiplication".
You can use Euclid's algorithm to calculate the gcf of two of the numbers - then use Euclid's algorithm again with the result and the third number.Or you can factor all the numbers into prime factors, and check which prime factors occur in all three numbers.
576
12
You multiply the answer you got by the number you divided by for example: If you divided 2 by 12 you would get 6 then you would multiply 6 by 2 and get 12
multiply a number by .12 or 12/100.
You can use Euclid's algorithm to calculate the gcf of two of the numbers - then use Euclid's algorithm again with the result and the third number.Or you can factor all the numbers into prime factors, and check which prime factors occur in all three numbers.
Multiply feet * 12 = inches
10,000 multiplied by 12 equals 120,000. This calculation involves multiplying the two numbers together using the standard algorithm for multiplication. To find the product, you multiply the ones digit of 10,000 by 2, then multiply the tens digit by 2, and so on, carrying over any values greater than 9 to the next place value.
design an algorithm for finding all the factors of a positive integer
Using Euclid's algorithm, the gcf(12, 76) is 4.
Every foot has 12 inches, so just multiply by 12.Every foot has 12 inches, so just multiply by 12.Every foot has 12 inches, so just multiply by 12.Every foot has 12 inches, so just multiply by 12.
576
144
144
Yes you can multiply any number
12
You multiply the answer you got by the number you divided by for example: If you divided 2 by 12 you would get 6 then you would multiply 6 by 2 and get 12