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g(x)=sin x-cos x on [-2pi, 2 pi] The domain and range x- and y-intercepts any asymptotes: horizontal, vertical or slanting if (they exist) f'(x),g'(x),h'(x) all critical numbers and whether each is a maximum or a minimum or nei intervals where the function is increasing or decreasing f"(x),g"(x),h"(x) all critical numbers and whether each is an inflection point or not intervals where the function is concave up or concave down Show transcribed image text g(x)=sin x-cos x on [-2pi, 2 pi] The domain and range x- and y-intercepts any asymptotes: horizontal, vertical or slanting if (they exist) f'(x),g'(x),h'(x) all critical numbers and whether each is a maximum or a minimum or nei intervals where the function is increasing or decreasing f"(x),g"(x),h"(x) all critical numbers and whether each is an inflection point or not intervals where the function is concave up or concave down
g(x)=sin x-cos x on [-2pi, 2 pi] The domain and range x- and y-intercepts any asymptotes: horizontal, vertical or slanting if (they exist) f'(x),g'(x),h'(x) all critical numbers and whether each is a maximum or a minimum or nei intervals where the function is increasing or decreasing f"(x),g"(x),h"(x) all critical numbers and whether each is an inflection point or not intervals where the function is concave up or concave down
Show transcribed image text g(x)=sin x-cos x on [-2pi, 2 pi] The domain and range x- and y-intercepts any asymptotes: horizontal, vertical or slanting if (they exist) f'(x),g'(x),h'(x) all critical numbers and whether each is a maximum or a minimum or nei intervals where the function is increasing or decreasing f"(x),g"(x),h"(x) all critical numbers and whether each is an inflection point or not intervals where the function is concave up or concave down0
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