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ejgild

ejgild

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ejgild
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  • 1) Do you mean y = 4(x-1)^2 -3 or y = (4)(2)(x-1) -3 If you mean y = 4(x-1)^2 -3, the axis of symmetry would be x = 1. This is because from the equation, we can see that the minimum of the parabola occurs at x = 1. ( the brackets = 0, ex: 0 = x…
  • 1) Do you mean y = 4(x-1)^2 -3 or y = (4)(2)(x-1) -3 If you mean y = 4(x-1)^2 -3, the axis of symmetry would be x = 1. This is because from the equation, we can see that the minimum of the parabola occurs at x = 1. ( the brackets = 0, ex: 0 = x…
  • 1) Do you mean y = 4(x-1)^2 -3 or y = (4)(2)(x-1) -3 If you mean y = 4(x-1)^2 -3, the axis of symmetry would be x = 1. This is because from the equation, we can see that the minimum of the parabola occurs at x = 1. ( the brackets = 0, ex: 0 = x…
  • 1) Do you mean y = 4(x-1)^2 -3 or y = (4)(2)(x-1) -3 If you mean y = 4(x-1)^2 -3, the axis of symmetry would be x = 1. This is because from the equation, we can see that the minimum of the parabola occurs at x = 1. ( the brackets = 0, ex: 0 = x…
  • 1) Do you mean y = 4(x-1)^2 -3 or y = (4)(2)(x-1) -3 If you mean y = 4(x-1)^2 -3, the axis of symmetry would be x = 1. This is because from the equation, we can see that the minimum of the parabola occurs at x = 1. ( the brackets = 0, ex: 0 = x…
  • 1) Do you mean y = 4(x-1)^2 -3 or y = (4)(2)(x-1) -3 If you mean y = 4(x-1)^2 -3, the axis of symmetry would be x = 1. This is because from the equation, we can see that the minimum of the parabola occurs at x = 1. ( the brackets = 0, ex: 0 = x…
  • 1) Do you mean y = 4(x-1)^2 -3 or y = (4)(2)(x-1) -3 If you mean y = 4(x-1)^2 -3, the axis of symmetry would be x = 1. This is because from the equation, we can see that the minimum of the parabola occurs at x = 1. ( the brackets = 0, ex: 0 = x…
  • 1) Do you mean y = 4(x-1)^2 -3 or y = (4)(2)(x-1) -3 If you mean y = 4(x-1)^2 -3, the axis of symmetry would be x = 1. This is because from the equation, we can see that the minimum of the parabola occurs at x = 1. ( the brackets = 0, ex: 0 = x…