Answer:
your anwser would be 5400
Step-by-step explanation:
the reason how i got this is you would divide 64800 by the year 12 months you divide 64800 by 12 and get 5400
Okay. So, there will be 12 small turbines, with 3 blades on each of them. 12 * 3 is 36. Marco will need 36 wind turbine blades total. 4 of them cost $79.64. 36/4 = 9. We would multiply 79.64 by 9 to get the cost for all blades. 79.64 * 9 is 716.76. The total cost for 36 blades would be $716.76.
5/4, -3Solve by Factoring 4x² + 7x - 15 = 02, -5Solve by Factoring x² + 3x - 10 = 0(1 ± i√11) / 2Solve using Quadratic Formula x² - x + 3 = 0(7 ± √3) / 2Solve using Quadratic Formula 2x² - 14x + 23 = 00, 2/3Solve by Factoring 6x² - 4x = 025/4<span>Complete the square to find the value of c.
x² - 5x + c</span>16<span>Complete the square to find the value of c.
x² + 8x + c</span>25<span>Complete the square to find the value of c.
x² - 10x + c</span>49/4<span>Complete the square to find the value of c.
x² + 7x + c</span>81/4<span>Complete the square to find the value of c.
x² - 9x + c</span>9<span>Complete the square to find the value of c.
x² + 6x + c</span>121/4<span>Complete the square to find the value of c.
x² - 11x + c</span>81<span>Complete the square to find the value of c.
x² + 18x + c</span>36<span>Complete the square to find the value of c.
x² - 12x + c</span>1<span>Complete the square to find the value of c.
x² + 2x + c</span>¼<span>Complete the square to find the value of c.
x² - x + c</span>100<span>Complete the square to find the value of c.
x² + 20x + c</span>225<span>Complete the square to find the value of c.
x² - 30x + c</span>9/4<span>Complete the square to find the value of c.
x² + 3x + c</span>4<span>Complete the square to find the value of c.
x² - 4x + c</span>121<span>Complete the square to find the value of c.
x² + 22x + c</span>144<span>Complete the square to find the value of c.
x² + 24x + c</span>2500<span>Complete the square to find the value of c.
x² - 100x + c</span>9/64<span>Complete the square to find the value of c.
x² + ¾x + c</span>1/16<span>Complete the square to find the value of c.
x² - ½x + c</span>f(x) = (x + ½)² + ¾Write in vertex form: f(x) = x² + x + 1f(x) = (x - 1)² + 3Write in vertex form: f(x) = 4 + x² - 2x(-5, -28)What are the coordinates of the vertex of f(x) = (x + 5)² - 28?(9, -21)What are the coordinates of the vertex of f(x) = (x - 9)² - 21?f(x) = (x - 8)² - 56Which function in vertex form is equivalent to f(x) = x² + 8 - 16x?f(x) = (x - 3)² + 9Write in vertex form: f(x) = x² - 6x + 18(-3, -13)What are the coordinates of the vertex of the function f(x) = 6x - 4 + x²?f(x) = (x - 3)² - 8Write in vertex form: f(x) = x² - 6x + 1f(x) = (x + 3)² - 6Write in vertex form: f(x) = x² + 6x + 3f(x) = (x + 5)² - 28Write in vertex form: f(x) = x² + 10x - 3f(x) = (x - 9)² - 21Write in vertex form: f(x) = x² - 18x + 600, -4Solve by graphing.0, 4Solve by graphing.±1Solve by graphing.±2Solve by graphing.-3, 1Solve by graphing.no real solutionsSolve by graphing.0Solve by graphing.<span>2</span>
Answer:
To find the inverse, locate points on the graph. In this case, the plotted points are (4, -5) (5,-4) and (6,-1). To figure out the inverse, we just swap those around. (-5, 4) (-4, 5) and (-1, 6).
Some more points that you can plot are: (2, -1) (3, -4) and swap those around for (-1, 2) and (-4, 3).
Step-by-step explanation:
