The idea is to divide 274170 by 17017, and get the remainder. In this case, the answer is 1898. This means that the greatest common factor of 274170 and 17017 is the same as the greatest common factor of 17017 and 1898. Continue this process (next step: divide 17017 by 1898, and get the remainder), until you get two numbers, one of which is a multiple of the other one. In this case, the smaller of the two number is the greatest common factor.
While Euclid was famed for his development and presentation of geometry to the ancient Greek world, it was Archimedes who made a direct contribution to the discovery of pi.I suggest you find an online summary of Euclid's Elementsand use that as a resource.
Using the extended Euclidean algorithm, find the multiplicative inverse of a) 1234 mod 4321
by long division
The greatest common factor (GCF), also known as the greatest common divisor (GCD), represents the largest number that divides into each member of a set of numbers. Smaller GCFs can be quickly calculated using the prime factors of each number, but calculating large GCFs the same way is sometimes difficult. An algorithm devised by Euclid, (the ladder) lets you find the GCF of any number without extensive factoring. All you need is the ability to do long division.
to find a missing number in a division problem you need to cross mulp. then add your diviser
Yes, you can.
3
You can find several Euclid biographies on the Internet, or look in an encyclopedia.
Yes.First find the HCF of two of the numbers, then find the HCF of that answer and the third number.In this way you could find the HCF of as many numbers as you want.
A lemma does not consume food, as it is a linguistic term that refers to the base form of a word before any inflections or variations are applied. It is used in linguistics to represent the most basic form of a word.
you write with a pen
Euclid
7 x 11 x 13 x 17 = ??? Well... 1) 7 x 11 = 77 2) 77 x 13 = 1001 3) 1001 x 17 = 17017!
First of all, Euclid was from Athens, not from Alexandria. Second, he learned in Athens and he went to the Library at Alexandria to teach.Where can i find the source of this information?
You do the division!
See lemma 1.2 from the cut-the-knot link. Yes, you can.
The answer to a division is the quotient