rules of summation

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rules of summation What are the most important rules of double sums Below are some rules I encountered are they all correct and complete

The 2nd step on line 1 involves no differentiation Instead the bracket is split into two terms The second term has an n because it is simply the summation from i 1 to i n of a constant The summation of a constant is equal to n multiplied by the constant Then for the second line there are no extra rules 3 Write the numbers in base 2 The powers of 2 2 starting from 1 20 1 2 0 will be in binary 1 10 100 1000 1 10 100 1000 will always be a number that will be a n with all binary digits 1 This is the largest number having that many digits SO it is of the form 2n 1 1 2 n 1 1 P Vanchinathan

rules of summation

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I would use a matrix notation I assume your original values are in a vector S say S a b c d and then I d express the transformation to the vector Q using the triangular matrix D with I think it works best for beginners if you give the shifted index a new name Let us start with the first sum and then say you want a new summation index k i 1 If you sum i from 2 to 19 that means you sum k from 1 2 1 to 18 19 1 And to see what happens to the summands compute as follows useing that k i 1

In 1 we change the order of the first sum i n i Note that reversing the order this way does not change the lower and upper index of i but each occurrence of i within the sum has to be substituted with n i So we replace a i with a n i In 2 we shift the index k by one so that we also can start with k 1 Thanks a lot I d really appreciate if you could please refer me to any page you might know about summation which doesn t go about 1000 theorems and properties Unfortunately I can spend much time on summation as I have many other topics in my exam that I need to cover and this is just a small part of it Cheers

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The first one is correct Remember that the summation would be applied on all i j pairs that satisfy the very condition Actually we have j iZiZj j iZiZj 2 j That offers a nice summary of summation notation and its properties To answer your question specifically you should not split this into two different summations Rather notice that P does not depend on k

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