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The graph of a sinusoidal function intersects its midline at (0,5) and then has a maximum point at (pi,6).
Write the formula of the function, where x is entered in radians.

f(x)=◻

The graph of a sinusoidal function intersects its midline at (0,5)(0,5) and then has a maximum point at (π,6)(\pi,6).\newlineWrite the formula of the function, where xx is entered in radians.\newlinef(x)=f(x)= \square

Full solution

Q. The graph of a sinusoidal function intersects its midline at (0,5)(0,5) and then has a maximum point at (π,6)(\pi,6).\newlineWrite the formula of the function, where xx is entered in radians.\newlinef(x)=f(x)= \square
  1. Amplitude calculation: The amplitude is the distance from the midline to the maximum, so it's 65=16 - 5 = 1.
  2. Phase shift determination: Since the graph intersects the midline at (0,5)(0,5), the phase shift is 00.
  3. Period calculation: The function has a maximum at π\pi, which means the period is 2π2\pi, so B=1B = 1.
  4. Midline identification: The midline is the DD value in the equation, which is 55.
  5. Function equation formation: Putting it all together, we get f(x)=Acos(Bx+C)+Df(x) = A\cos(Bx + C) + D, where A=1A = 1, B=1B = 1, C=0C = 0, and D=5D = 5.
  6. Final function equation: So the equation of the function is f(x)=cos(x)+5f(x) = \cos(x) + 5.

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