Find a solution for the equation. Assume that all angles are acute angles.sec ? = csc(? + 46°)
A. 68°
B. 23°
C. 67°
D. 22°
Answer: D
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Use the maximum/minimum finder on a graphing calculator to determine the approximate location of all local extrema.f(x) = 0.1x5 + 5x4 - 8x3- 15x2 - 6x - 6
A. Approximate local maxima at -41.176 and -0.359; approximate local minima at -0.601 and 1.996 B. Approximate local maxima at -41.228 and -0.266; approximate local minima at -0.638 and 1.959 C. Approximate local maxima at -41.226 and -0.211; approximate local minima at -0.476 and 1.881 D. Approximate local maxima at -41.132 and -0.273; approximate local minima at -0.547 and 1.952
Determine whether the point is inside or outside the Jordan curve.Point D
A. Outside B. Inside
Write the equation of the axis of symmetry.f(x) = 2x2 - 16x + 27
A. x = -4 B. x = 5 C. x = 4 D. x = -5
Factor completely. If a polynomial cannot be factored, say it is prime.20m7 - 16m5 - 40m3
A. m3(20m4 - 16m2 - 40) B. prime C. 4m3(5m4 - 4m2 - 10) D. 4(5m7 - 4m5 - 10m3)