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Your method works too, nice job.
Haikus looks so kool
I wonder what Haikus is
Get it Never mind.
My proof works either , I just need to prove the case when n=even
My first guess , is , x=10 , y=6 .
Naruto... I more like some hilarious ones.
What is Verification of Trig Identities ?
According to my understanding
If u don't remember the formula , check out the formula section on this forum.
The same from y to x
#2 , see my post here http://www.mathsisfun.com/forum/viewtopic.php?id=6786 , maybe it will help you.
K=odd , this holds, if k= even ,this holds too , then throw n dices , the probability of getting an even sum will be 0.5
O, but that's very hard to come up with such prove.
Here is what I dont understand, When he defined
That h is positive , then q is already an interior point , why does he need to make it so complicated.Or I miss something?see the sticky
India ppl's math are amazing! welcome!
I am more Simpsons, SOuth Park , Family guy ~tho.
WoW , but I haven't learned about that
If no solution
If the equations have infinite solution , then the two must be the same , transform them get
A set of equation
Actually when n=even number, the equality above still holds, but I haven't proven it yet,
Then the probability will be 1/2.
You will find for n=odd number.
I just thought of something , every time you throw a dice , the probability of an even number is 1/2 which is equal to getting an odd number. If the sum is even , then
is the probability of getting an even sum . And you will find