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Mathematics 7 Online
OpenStudy (anonymous):

Please use "mathematical Induction". If there are n participants in a knock out tournament then prove that n-1 matches will be needed to declare the champion

OpenStudy (anonymous):

Iam, are you there?

OpenStudy (anonymous):

Yes, Sir

OpenStudy (anonymous):

If we solve it in this way.............

OpenStudy (anonymous):

lets say that the thing is correct for k players, So we can say that k-1 matches are required to find a champion

OpenStudy (anonymous):

So now, for k+1 player, we can say that to find out a winner out of k players we need k-1 matches

OpenStudy (anonymous):

And the winner can play a game with the last one, so in all we need k matches

OpenStudy (anonymous):

This is the way I solved the problem

OpenStudy (anonymous):

But I think its not keeping the term "knock out" in place

OpenStudy (anonymous):

Pretty much.

OpenStudy (anonymous):

I mean, in a knock out match we can't say that there is a last player, and that player is playing with the winner of all the previous games

OpenStudy (anonymous):

So this why I think my solution is incorrect

OpenStudy (anonymous):

Well, I kind of liken these problems to geometrical ones where you're needing to show general properties via an assumption on a whole portion beforehand. We add a component to the end and work through the final leg of induction at that point. I see what you're saying with the knockout thing, but I have a suspicion there's a symmetry at play here, which means in the end, it doesn't matter if you attach the last player at the end. I'll have another look.

OpenStudy (anonymous):

So your present view point is "I am correct"

OpenStudy (anonymous):

Yes

OpenStudy (anonymous):

But I am going to take a look at it using combinatorics.

OpenStudy (anonymous):

I will be very much pleased if you do so

OpenStudy (anonymous):

Okay. I have to finish preparing a lecture. I'll see what I can sort out. Did you finish the parabola problem?

OpenStudy (anonymous):

Actually it was out of the scope of my syllabus. But still I did

OpenStudy (anonymous):

good

OpenStudy (anonymous):

I got it from the internet

OpenStudy (anonymous):

But one thing I must tell you, among all the people I talked about the problem, you were the only one who had some idea

OpenStudy (anonymous):

Well, good to hear...I guess. I've been extremely busy this week.

OpenStudy (anonymous):

Some suggested that there was not enough information, and some said that the curve was just touching the x axis

OpenStudy (anonymous):

Yes, I felt that you were busy, because I hardly saw you

OpenStudy (anonymous):

No. You have to perform a linear transformation and a rotational one. At least, that's what I'd do, and invert.

OpenStudy (anonymous):

Is this not just a permutation problem?

OpenStudy (anonymous):

Yes I understand that, and without that rotation the problem looses all its fun

OpenStudy (anonymous):

It becomes a trivial one

OpenStudy (anonymous):

fun...watch out STEP

OpenStudy (anonymous):

Any how thank you for all your time. And I will surely wathc out for STEP

OpenStudy (anonymous):

*WATCH

OpenStudy (anonymous):

If you could advice me on how to increase my concentration span, I would be very grateful

OpenStudy (anonymous):

Not now (if you are busy)

OpenStudy (anonymous):

Ha! If I knew that, I could help myself. I have the attention span of a gnat.

OpenStudy (anonymous):

But some time later (when you have some time to spare)

OpenStudy (anonymous):

LOL

OpenStudy (anonymous):

The only things you can do are exercise and sleep and eat.

OpenStudy (anonymous):

and maybe meditate, but I don't do that so I can't really comment.

OpenStudy (anonymous):

I found that its all about the concentration span that separates the best from the rest

OpenStudy (anonymous):

I mean I felt

OpenStudy (anonymous):

And being the best, I though may be you will have some secret

OpenStudy (anonymous):

And being the best, I thought may be you will have some secret

OpenStudy (anonymous):

If you want a tip on taking cognitive ability tests, time yourself and don't spend too long on one question.

OpenStudy (anonymous):

can u plz spare some thought on my question as well?

OpenStudy (anonymous):

No, unfortunately, there're no secrets.

OpenStudy (anonymous):

Just like everything else

OpenStudy (anonymous):

Yes.

OpenStudy (anonymous):

rsaad2, is your question about rain?

OpenStudy (anonymous):

yes.

OpenStudy (anonymous):

our cal with theory instructer mentioned it. i could not find the required info on internet

OpenStudy (anonymous):

are you studying calculus of variations?

OpenStudy (anonymous):

e.g. functionals?

OpenStudy (anonymous):

no. its calculus with theory.

OpenStudy (anonymous):

we were studying line integrals. so he mentioned itthere.

OpenStudy (anonymous):

OK. If this is something you can leave me with, I may be able to look later. I have to do some prep. work for tomorrow. Is this for an assignment?

OpenStudy (anonymous):

sure. no its not for an assignment.

OpenStudy (anonymous):

ok. i'll look at it later.

OpenStudy (anonymous):

thank you. =)

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