Recent content by adarshtr

Oh , didn't realize that this was this simple :( , so the no. chances of images for an element is q ,so the total no. of chances is q*q*q...*q p times . Thanks for the help

Ok , Here is what I've tried to do , the the function with max. no. of elements from these 2 sets should be a many-one on-to function right ? The no. of elements in that set(function) should be p*q(if the no of elements in 1st set is p and 2nd is q) , and i think that all other functions from...

n(X)=p and n(Y)=q then the no. of function from X-> Y is q^p , how do u prove this ?

Is Quantum entanglement really true ?, they say that that have observed it with photons and the distance between the photons doesn't matter , If this is true then information must travel faster than the speed of light right ? how is this possible ?