Polynomial Division - Long

Use long division to verify that the binomial is a factor. f(x) = x ^{3} + 9x^{2} + 23x + 15 ÷ (x+5)Enter the coefficients and signs for the resultingpolynomial: x^{2}xUse long division to verify that the binomial is a factor. f (x) = x ^{4} + 3x^{3} − 13x^{2} −15x ÷ (x-3)Enter the coefficients and signs for the resultingpolynomial: x^{3}x^{2}xUse long division to verify that the binomial is a factor. f (x) = 10x ^{3} + 37x^{2} + 37x + 6 ÷ (x+2)Enter the coefficients and signs for the resultingpolynomial: x^{2}xUse long division to verify that the binomial is a factor. f (x) = 5x ^{3} + 21x^{2} - 21x - 5 ÷ (x+5)Enter the coefficients and signs for the resultingpolynomial: x^{2}xUse long division to verify that the binomial is a factor. f (x) = 5x ^{3} + 9x^{2} - 26x - 24 ÷ (x-2)Enter the coefficients and signs for the resultingpolynomial: x^{2}xUse long division to verify that the binomial is a factor. f (x) = 5x ^{3} + 4x^{2} - 20x - 16 ÷ (x+2)Enter the coefficients and signs for the resultingpolynomial: x^{2}xUse long division to verify that the binomial is a factor. f (x) = 3x ^{4} + 5x^{3} + 0x^{2} + 81x + 135 ÷ (x+3)Enter the coefficients and signs for the resultingpolynomial: x^{3}x^{2}xUse long division to verify that the binomial is a factor. f (x) = 10x ^{3} - 41x^{2} + 32x + 20 ÷ (x-2)Enter the coefficients and signs for the resultingpolynomial: x^{2}x |

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