Solve $\frac{x+5}{x-5}\le 0$ and write the solution in interval notation.

Solve $(x+5)(x+4)>0$ and write the solution in interval notation.

Solve $x^3-5x^2-6x>0$ and write the solution in interval notation.

Solve $\frac{x-1}{x+4}\le 0$ and write the solution in interval notation.

Solve $x^2-5x>-6$ and write the solution in interval notation.

Solve $\frac{x^2}{x-6}\le 0$ and write the solution in interval notation.

Solve $x^2-5x\le -6$ and write the solution in interval notation.

Solve $x^3+3x^2-10x<0$ and write the solution in interval notation.

Solve $\frac{8}{x-6}<1$ and write the solution in interval notation.

Solve $x^3-3x^2-28x\le 0$ and write the solution in interval notation.

Solve $x^2-3x<4$ and write the solution in interval notation.

Solve $\frac{x+4}{x-3}\le 0$ and write the solution in interval notation.

Solve $x^2+x<42$ and write the solution in interval notation.

Solve $x^2-5x\ge 14$ and write the solution in interval notation.

The profit, in thousands of dollars, from selling $x$ hundred units is $P(x)=-x^2+23x-120$. For which values of $x$ is the profit positive?

Solve $x^2+3x\le 28$ and write the solution in interval notation.

Solve $\frac{6}{x-3}>1$ and write the solution in interval notation.

Solve $(x-1)(x-2)>0$ and write the solution in interval notation.

Solve $\frac{6}{x-4}>1$ and write the solution in interval notation.

Solve $\frac{(x-3{)}^2}{x+4}<0$ and write the solution in interval notation.

Solve $(x-3)(x-4)\ge 0$ and write the solution in interval notation.

Solve $\frac{2}{x+6}\ge 1$ and write the solution in interval notation.

The margin, in thousands of dollars, on a run of $x$ hundred parts is $M(x)=-x^2+20x-84$. For which values of $x$ is the margin positive?

Solve $(x-1)(x-2)\le 0$ and write the solution in interval notation.

Solve $x^3-2x^2-8x\le 0$ and write the solution in interval notation.

Solve $x^2+11x>-30$ and write the solution in interval notation.

Solve $\frac{8}{x-6}\ge 1$ and write the solution in interval notation.

Solve $x^3-x^2-42x>0$ and write the solution in interval notation.

The daily revenue, in hundreds of dollars, from renting out $x$ boats is $R(x)=-x^2+24x-128$. For which values of $x$ is the revenue positive?

Solve $\frac{6}{x+2}\ge 1$ and write the solution in interval notation.

Solve $(x+2)(x-5)<0$ and write the solution in interval notation.

Solve $\frac{x+2}{x}\ge 0$ and write the solution in interval notation.

Solve $\frac{x}{x+4}\ge 0$ and write the solution in interval notation.

Solve $\frac{x+2}{x-2}<0$ and write the solution in interval notation.

Solve $\frac{x+4}{x-5}\ge 0$ and write the solution in interval notation.

Solve $x(x+1)>0$ and write the solution in interval notation.

Solve $(x+6)(x+5)\ge 0$ and write the solution in interval notation.

Solve $\frac{x+4}{x-6}\ge 0$ and write the solution in interval notation.

Solve $\frac{9}{x+2}>1$ and write the solution in interval notation.

Solve $(x+5)(x+3)\ge 0$ and write the solution in interval notation.

Solve $\frac{x-4}{x+4}\ge 0$ and write the solution in interval notation.

Solve $x^3+2x^2-3x\ge 0$ and write the solution in interval notation.

Solve $x(x+6)\le 0$ and write the solution in interval notation.

Solve $x^2+7x<-6$ and write the solution in interval notation.

Solve $x^3+4x^2-5x\le 0$ and write the solution in interval notation.

Solve $x^3-2x^2-35x\ge 0$ and write the solution in interval notation.

Solve $x^3-3x^2-4x<0$ and write the solution in interval notation.

Solve $\frac{x^2}{x+3}\ge 0$ and write the solution in interval notation.

Solve $(x-3)(x-4)\le 0$ and write the solution in interval notation.

Solve $\frac{(x+5{)}^2}{x-1}\ge 0$ and write the solution in interval notation.