To divide the polynomial x^3 + (1-k^2)x + k by (x+k) using synthetic division, the process involves setting up the synthetic division with -k as the divisor. The resulting synthetic division yields coefficients that simplify to x^2 - kx + 1. This shows that the polynomial can be expressed as x^3 + (1-k^2)x + k = (x+k)(x^2 - kx + 1). The method effectively demonstrates how to perform synthetic division with a linear binomial. Understanding this technique is crucial for polynomial division in algebra.
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markosheehan
133
0
i am trying to divide x^3+(1-k^2)x+k by (x+k) but i can't do this can you show me how to.
I just saw this one. If there are finitely many primes, then
##0<\prod_{p}\sin(\frac\pi p)=\prod_p\sin\left(\frac{\pi(1+2\prod_q q)}p\right)=0##
Of course it is in a way just a variation of Euclid's idea, but it is a one liner.