For a q-ary code, the terms in denominator of the sphere packing bound are these numbers timea function of q. The nth Catalan number is calculated by multiplying one over n plus one times one ofthese numbers. The number of trials times the success rate time the failure rate is the variance for a(*) distribution that uses and shares a name with these numbers. The sum of all of these numbers when therow index is held constant is 2 to the n. These numbers make up the entries in Pascal's triangle an
For a q-ary code, the terms in denominator of the sphere packing bound are these numbers timea function of q. The nth Catalan number is calculated by multiplying one over n plus one times one ofthese numbers. The number of trials times the success rate time the failure rate is the variance for a(*) distribution that uses and shares a name with these numbers. The sum of all of these numbers when therow index is held constant is 2 to the n. These numbers make up the entries in Pascal's triangle and can bederived from a different function by dividing by k factorial. For 10 points, name these numbers that give nchoose k and are used in their namesake expansion of the powers of a size two polynomial.
For a q-ary code, the terms in denominator of the sphere packing bound are these numbers timea function of q.
binomial coefficients [accept combination numbers before "choose"; accept choose numbers before "choose"; prompt on entries in "Pascal's" triangle]