I've received more requests for this calculator, so it is now ready, complete with a quiz generator and shortcut commands. It solves modular exponentiations in the form
Modular Exponentiation Calculator
I've received more requests for this calculator, so it is now ready, complete with a quiz generator and shortcut commands. It solves modular exponentiations in the form
Modular Exponentiation Calculator
Enhancement Update: I have also added the method of Successive Squaring to this lesson as well.
If you enter your statement in the search engine, the program will prompt you by asking how you wish to solve it, using modular exponentiation or successive squaring.
I'm afraid there is a problem:
"13 goes into 103^(673) a total of 7 times" (This came up in the problem .) It said the answer is 12 mod 13. I didn't check to see if this is right.
-Dan
Heh. I guess I was giving it a work out. I didn't realize that 673 is a prime number.
topsquark,
Is it incorrect? Modular Exponentiation comes up with the same answer. Let me know if I went wrong somewhere.
Also, if the exponent is not prime, do I need to take a different route? I ask because I changed the Chinese Remainder Theorem lesson to do the pairwise coprime test recently.
I think I may have pinned something down. It is taking "103^673 mod 13" and doing it all right. But I put in "103^(673) mod 13" and it seems to be having some kind of problem. Last night it gave a correct answer (12), but there was a line of text (see my first post in this thread) that was wrong. Today it is giving me an incorrect answer, 1. It doesn't seem to like the parenthesis.
-Dan