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Determine the 
x-intercepts of the following equation.

(-x-1)(x+5)=y

(0,-5)

(0,5)

(-5,0)

(-1,0) and 
(-5,0)

(-1,0) and 
(5,0)

(0,-1) and 
(0,-5)

Determine the x x -intercepts of the following equation.\newline(x1)(x+5)=y (-x-1)(x+5)=y \newline(0,5) (0,-5) \newline(0,5) (0,5) \newline(5,0) (-5,0) \newline(1,0) (-1,0) and (5,0) (-5,0) \newline(1,0) (-1,0) and (5,0) (5,0) \newline(0,1) (0,-1) and (0,5) (0,-5)

Full solution

Q. Determine the x x -intercepts of the following equation.\newline(x1)(x+5)=y (-x-1)(x+5)=y \newline(0,5) (0,-5) \newline(0,5) (0,5) \newline(5,0) (-5,0) \newline(1,0) (-1,0) and (5,0) (-5,0) \newline(1,0) (-1,0) and (5,0) (5,0) \newline(0,1) (0,-1) and (0,5) (0,-5)
  1. Concept of xx-intercepts: Understand the concept of xx-intercepts. The xx-intercepts of an equation are the points where the graph of the equation crosses the xx-axis. At these points, the value of yy is 00.
  2. Set equation to zero: Set the equation equal to zero to find the xx-intercepts.(x1)(x+5)=y(-x-1)(x+5)=yTo find the xx-intercepts, we set yy to 00:(x1)(x+5)=0(-x-1)(x+5)=0
  3. Solve for x: Solve the equation for x to find the x-intercepts.\newlineWe have a product of two factors equal to zero, so we can use the zero product property, which states that if a product of factors is zero, then at least one of the factors must be zero.\newlineSo, we set each factor equal to zero and solve for x:\newlinex1=0-x-1=0 or x+5=0x+5=0
  4. First factor solution: Solve the first factor for xx.x1=0-x-1=0Add 11 to both sides:x=1-x=1Multiply both sides by 1-1:x=1x=-1
  5. Second factor solution: Solve the second factor for xx.x+5=0x+5=0Subtract 55 from both sides:x=5x=-5
  6. Write x-intercepts: Write down the x-intercepts.\newlineThe x-intercepts are the x-values we found by solving the equation. They are (1,0)(-1,0) and (5,0)(-5,0).

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