I. ASSUME f(x) IS CONTINUOUS AND DIFFERENTIAELE ON AN OPEN INTERVAL AS ORAPHED, WHICH OF THESE GRAPHS HAS f '(x) 0 AND f (x) >

I. ASSUME f(x) IS CONTINUOUS AND DIFFERENTIAELE ON AN OPEN INTERVAL AS ORAPHED, WHICH OF THESE GRAPHS HAS f '(x) <: and f on the entire interval e. none of these assume is continuous differentiable an open as graphed which graphs has :> 0 AND f "(x) > 0 ON THE ENTIRE INTERVAL? E+ NONE OF THESE 3. ASSUME f(x) TS CONTINUOUS AND DIFFERENTIAELE ON AN OPEN INTERVAL AS GRAPHED. WHICH OF THESE GRAPHS HAS f "(x) 0 ON THE ENTIRE INTERVAL? E. NONE OF THESE 5. FOR THIS FUNCTION WHICH OF THE FOLLO'WING MUST TRUE FOR THE ENTIRE INTERVAL BEING GRAPHED? A. f'(x)>0ANDf"(x)>-0 B. f'(x)0ANDf"(x)0 E. NONE OF THESE 7. FOR THIS FUNCTION WHICH OF THE FOLLOWING MUST TRUE FOR THE ENTIRE INTERVAL BEING GRAPHED? A. f'(x)>0 BI f'(x)0 ENONEOFTHESE 8. FOR THIS FUNCTION \"H'IICH OF THE FOLLOWING MUST TRUE FOR THE ENTIRE INTERVAL BEING GRAPHED? A. ALL OF B, C, AND D ARE TRUE B. x) IS DIFFERENTLAELE ON THE ENTIRE INTERVAL c. x) IS CONTINUOUS ON THE ENTIRE INTERVAL D. f *(x) IS DEFINED ON THE ENTIRE INTERVAL