Identifying Graphs Quiz -threw-them-curve.html
Instructions On the following slides, you will be given an equation and 2 graph choices. Your job is to choose which graph matches the derivative of the equation you are given. To select your graph, click the button above your choice. A correct answer will allow you to move on. An incorrect answer will bring you to a “try again” page. Let’s begin!
Equation 1: x 2 ert/Assignment%202/Gayle-2.htm Problems.faq.question html Graph 1Graph 2
CORRECT! The graph of x 2 is a parabola that opens up and has its vertex at (0,0). Its derivative is the straight line 2x with y-intercept (0,0). Continue
Not quite. Try again. This is the graph of the function, not the derivative. Try Again
Equation 2: 3x hs/algebra/graphshirev2.shtml Folders/Barron/unit/Lesson%203/lesson3.html Graph 1Graph 2
CORRECT! The graph of 3x + 1 is a straight line with a slope of 3 with y-intercept (0,1). Its derivative is the horizontal line y = 3. Continue
Not quite. Try again. This is the graph of the function, not the derivative. Try Again
Equation 3: x ketching.htm Graph 1Graph 2
CORRECT! The graph of x 3 is a cubic function with y-intercept (0,0). Its derivative is the squeezed parabola 3x 2 with vertex at (0,0). Continue
Not quite. Try again. This is the graph of the function, not the derivative. Try Again
Equation 4: 3x ebra/june2011/page3.htm proportion-How-to-write-down-a-formula-if-y-is- directly-proportional-to-x-Maths-GCSE Graph 1Graph 2
CORRECT! The graph of 3x is a squeezed parabola that opens up and has its vertex at (0,-2). Its derivative is the straight line 6x with y-intercept (0,0). Continue
Not quite. Try again. This is the graph of the function, not the derivative. Try Again
Equation 5: -6x mts.blogspot.com/2011/12/c1-algebra-and- functions-graphs-of.html aph_1010.htm Graph 1Graph 2
CORRECT! The graph of -6x is a straight line with slope -6 and y-intercept (0,0). Its derivative is the horizontal line y = -6. Finish
Not quite. Try again. This is the graph of the function, not the derivative. Try Again
GOOD JOB You have successfully made it through the quiz! Now you know how to identify graphs of functions and their derivatives!