With 3 discs, the idea is to move the discs to the last peg, not just any peg. We start at the source peg, the center is the aux peg and the last peg is the destination peg. In your case, you can call this a rule or a goal. Programming algorithms are more strict than what you have mentioned in the video. I like your ODD and EVEN number of peg moves, that algo can be reversed to arrive at my first statement. If you want to show a circle-type move, you can make a game board with the pegs in a triangle shape. Thanks so much.
Can we transfer A to B, u did that right sir, but when I saw the rule in Google, they showed we have to transfer from A to C, the one u did is A to B, is that also right sir???? Ur explanation is soo good and easy thx for the tutorial
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With 3 discs, the idea is to move the discs to the last peg, not just any peg. We start at the source peg, the center is the aux peg and the last peg is the destination peg. In your case, you can call this a rule or a goal. Programming algorithms are more strict than what you have mentioned in the video. I like your ODD and EVEN number of peg moves, that algo can be reversed to arrive at my first statement. If you want to show a circle-type move, you can make a game board with the pegs in a triangle shape. Thanks so much.
Great feedback thank you
This video is surprisingly relaxing to listen
Glad to hear it
do you automatically use the odd and even rule or trick on the largest number of discs in that row?
You don't have to, I like it to show how you can create an algorithm to solve
Can we transfer A to B, u did that right sir, but when I saw the rule in Google, they showed we have to transfer from A to C, the one u did is A to B, is that also right sir???? Ur explanation is soo good and easy thx for the tutorial
Yes, there are multiple ways to do this problem. Thank you
@@ColfaxMath thank u so much sir🙏🏻🙏🏻🙏🏻I really learned today to solve it
On number five for the smallest plate why did you only go one
Yes
I am confused by the terminology here. Shouldn’t it be a minimum number of “moves” not “ways”?
Yes that is correct
The objective is to get them to the other side not the middle…
Ok
odd 1
even 2
Odd
Don't get how this has anything to do with math instead of saying you CAN use math like many other things to solve it
Math is all about patterns
You should get the tower to the third one
You are way is wrong i have an easy way to solve it with to roles
Good