6. Solve x+72x−1​≥x+3x+1​ algebraically. Use either a number line or interval notation to state the final solution. Be s

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answerhappygod
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6. Solve x+72x−1​≥x+3x+1​ algebraically. Use either a number line or interval notation to state the final solution. Be s

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6 Solve X 72x 1 X 3x 1 Algebraically Use Either A Number Line Or Interval Notation To State The Final Solution Be S 1
6 Solve X 72x 1 X 3x 1 Algebraically Use Either A Number Line Or Interval Notation To State The Final Solution Be S 1 (9.53 KiB) Viewed 23 times
6 Solve X 72x 1 X 3x 1 Algebraically Use Either A Number Line Or Interval Notation To State The Final Solution Be S 2
6 Solve X 72x 1 X 3x 1 Algebraically Use Either A Number Line Or Interval Notation To State The Final Solution Be S 2 (37.13 KiB) Viewed 23 times
6. Solve x+72x−1​≥x+3x+1​ algebraically. Use either a number line or interval notation to state the final solution. Be sure to include a behaviour chart to show your work. [5]
Use the information below to sketch the function. - There is a horizontal asymptote at f(x)=1 - The denominator of the function is x2−x−2 - There is a y-intercept at 4 . - f(−2)=f(4)=0 - f(−6)=1 - f(x)<0 when −2<x<−1,2<x<4 - f(x)>0 when x<−2,−1<x<2,x>4
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