d. Use the quadratic formula to find the two roots. Here is the quadratic formula: -b± v – 4ac 2a Show your work here: -b± v – 4ac 2a e. Substitute two roots, r, and r, into the equation a = a, 2'...


d. Use the quadratic formula to find the two roots. Here is the quadratic formula:<br>-b± v – 4ac<br>2a<br>Show your work here:<br>-b± v – 4ac<br>2a<br>e. Substitute two roots, r, and r, into the equation a = a,<br>2'<br>Show your work here:<br>f. Now substitute to find two equations, a, and a,. Remember to use the equation<br>you found from step e.<br>

Extracted text: d. Use the quadratic formula to find the two roots. Here is the quadratic formula: -b± v – 4ac 2a Show your work here: -b± v – 4ac 2a e. Substitute two roots, r, and r, into the equation a = a, 2' Show your work here: f. Now substitute to find two equations, a, and a,. Remember to use the equation you found from step e.
26. Solve the recurrence relation. Given:<br>= 3<br>• a, = 6<br>• a = 6a<br>+<br>n-1<br>+ 7a<br>n-2<br>Show your work in the space provided.<br>a. Find c, and c,<br>a = (6)a- + (7)a-2<br>n-1<br>b. Substitute c, and c, into the following equation:<br>* - cr - e, = 0<br>Show your work here:<br>c. Identify a, b, and c in the quadratic equation.<br>a =<br>c=<br>

Extracted text: 26. Solve the recurrence relation. Given: = 3 • a, = 6 • a = 6a + n-1 + 7a n-2 Show your work in the space provided. a. Find c, and c, a = (6)a- + (7)a-2 n-1 b. Substitute c, and c, into the following equation: * - cr - e, = 0 Show your work here: c. Identify a, b, and c in the quadratic equation. a = c=

Jun 04, 2022
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