There are two solutions for this problem. It depends if order matters or not. Since it is not mentioned in the problem, it is safe to assume that order does not matter and that choosing can be done at random. Then, this is a combination problem:
nCr = n!/r!(n-r)!
where n=13 because there are <span>13 qualified candidates</span>, and r=8 because you choose 8 chiefs at a time
nCr = 13!/8!(13-8)! = 1,287 ways
Answer:
you cant solve that y=x-6 is not a solve able question it's just a function,do you mean how to graph it
Answer:
6377828
Step-by-step explanation:
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Answer:
None of those
Step-by-step explanation:
Answer:
Step-by-step explanation:
p/q = 3(p + q) - 12
The quotient of p and q: p/q quotient means division
is means =
3(p + q) is three times the sum of p and q
3(p + q) - 12 twelve less than three times the sum of p + q