Question: This question is designed to be answered without a calculator. Z d 121' end! = dx _1 2 e36x 24x93: 72x93: 2 12X2936x fThis question

 This question is designed to be answered without a calculator. Zd 121' end! = dx _1 2 e36x 24x93\": 72x93\": 2 12X2936x\fThis question is designed to be answered without a calculator. Use thistable of values for function f. 4 What is the trapezoidal approximationof f 4m] dx using the subintervals [4, 1], [1, 0], and

[0, 4]? 162 174 216 232 This question is designed to beanswered without a If f(5) = 1, what is the value off(5)? calculator. 22 Use this graph of the derivative off. _15 f(1') 13 20 This question is designed to be answered without acalculator. The area under a curve y = f(x) over the interval

This question is designed to be answered without a calculator. Z d 121' end! = dx _1 2 e36x 24x93\": 72x93\": 2 12X2936x \fThis question is designed to be answered without a calculator. Use this table of values for function f. 4 What is the trapezoidal approximation of f 4m] dx using the subintervals [4, 1], [1, 0], and [0, 4]? 162 174 216 232 This question is designed to be answered without a If f(5) = 1, what is the value of f(5)? calculator. 22 Use this graph of the derivative off. _15 f (1') 13 20 This question is designed to be answered without a calculator. The area under a curve y = f(x) over the interval [0, 4] with n equal subdivisions can be expressed as 4 "IL\"LZZ-l [Mile -%, where mk is the midpoint of the kth subdivision. If the definite integral f0 fix] ax represents this

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