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The equation models the height, 
h, in feet above the water for a cable in a suspension bridge at a horizontal distance, 
x, in feet from the beginning of the span.

h=0.0002(x-1,955)^(2)+100
How many feet above the water is the lowest point on the cable?

The equation models the height, h h , in feet above the water for a cable in a suspension bridge at a horizontal distance, x x , in feet from the beginning of the span.\newlineh=0.0002(x1,955)2+100 h=0.0002(x-1,955)^{2}+100 \newlineHow many feet above the water is the lowest point on the cable?

Full solution

Q. The equation models the height, h h , in feet above the water for a cable in a suspension bridge at a horizontal distance, x x , in feet from the beginning of the span.\newlineh=0.0002(x1,955)2+100 h=0.0002(x-1,955)^{2}+100 \newlineHow many feet above the water is the lowest point on the cable?
  1. Determining the Lowest Point: To find the lowest point on the cable, we need to determine the value of hh when the expression inside the parentheses is minimized. Since the expression is squared, the smallest value it can have is 00, which occurs when xx equals 1,9551,955.
  2. Substituting xx into the Equation: We substitute x=1,955x = 1,955 into the equation to find the height at the lowest point.h=0.0002(1,9551,955)2+100h = 0.0002(1,955 - 1,955)^{2} + 100
  3. Calculating the Expression Inside the Parentheses: Calculate the expression inside the parentheses: 1,9551,955=01,955 - 1,955 = 0
  4. Squaring the Result: Now, we square the result: 02=00^{2} = 0
  5. Multiplying by the Coefficient: Multiply by the coefficient 0.00020.0002: \newline0.0002×0=00.0002 \times 0 = 0
  6. Finding the Height Above the Water: Finally, add 100100 to find the height above the water:\newlineh=0+100h = 0 + 100\newlineh=100h = 100

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