SOLUTION: for the function {{{f(x)=7x^3+4x^2-3x+3}}}
Find the maximum number of real zeros that the function can have, the maximum number of x-intercepts that the function can have, and
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-> SOLUTION: for the function {{{f(x)=7x^3+4x^2-3x+3}}}
Find the maximum number of real zeros that the function can have, the maximum number of x-intercepts that the function can have, and
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Question 882924: for the function
Find the maximum number of real zeros that the function can have, the maximum number of x-intercepts that the function can have, and the maximum number of turning points that the graph of the function can have Answer by tommyt3rd(5050) (Show Source):
You can put this solution on YOUR website! rule of signs says it can have 2 pos, or 1 neg. so we can deduce that it must have 3 real or 1 real.thus 3 - x-intercepts, or 1. Degree is 3 so 3 turning points
