1. The binomial series is therefore sometimes referred to as Newton's binomial theorem . 2. Briggs discovered, in a somewhat concealed form and without proof, the binomial theorem . 3. Khayy�m was the mathematician who noticed the importance of a general binomial theorem . 4. See for examples Binomial theorem , Limit ( mathematics ), and Calculus. 5. The phone rings, and what do you know ?-- it's binomial theorem on the line. 6. Isaac Newton is generally credited with the generalized binomial theorem , valid for any rational exponent. 7. The expression can be expanded using the binomial theorem . 8. For example, I now know the binomial theorem thanks to a link posted on here. 9. This multinomial expansion is also, of course, what essentially underlies the binomial theorem -based proof above) 10. A less laborious way of achieving the same result is by using the generalized binomial theorem .
