Description
This upload of quiz 17 has both pdf and word formats. This is a no calculator quiz. The word file is editable. This quiz has 16 versions, 1 absent version and 12 retake versions. Grading is easy with student's answers placed into an answer strip that match the spreadsheet of answers. A filled in answer grid is included for all versions. Timing and point values for each question has been left to the teacher. ( I like to give a "freebie" or two when grading, these are very hard quizzes ) It is possible to shuffle the pages and create your own unique set of quizzes, and answers. A blank answer grid has been included. Each version is 4 pages long. Topics for this quiz are: Integration power rule, finding a particular solution given initial condition, Riemann summation, trig values and derivatives, position, velocity and acceleration, increasing/decreasing intervals, concavity and POI, area under a curve, absolute value function, finding min/max, piecewise function integration and average value of a function.
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Description
This upload of quiz 17 has both pdf and word formats. This is a no calculator quiz. The word file is editable. This quiz has 16 versions, 1 absent version and 12 retake versions. Grading is easy with student's answers placed into an answer strip that match the spreadsheet of answers. A filled in answer grid is included for all versions. Timing and point values for each question has been left to the teacher. ( I like to give a "freebie" or two when grading, these are very hard quizzes ) It is possible to shuffle the pages and create your own unique set of quizzes, and answers. A blank answer grid has been included. Each version is 4 pages long. Topics for this quiz are: Integration power rule, finding a particular solution given initial condition, Riemann summation, trig values and derivatives, position, velocity and acceleration, increasing/decreasing intervals, concavity and POI, area under a curve, absolute value function, finding min/max, piecewise function integration and average value of a function.


