Math 106C Quiz 1 - Fall 2012, Exercises of Calculus

Information about quiz 1 for math 106c, a college-level mathematics course, which was held in fall 2012. The quiz includes three problems: the first problem involves using the method of substitution to compute an integral; the second problem deals with determining the truth of certain statements regarding an integral; and the third problem requires using the trapezoid rule to estimate the distance traveled by an object based on its velocity. Suitable for university students and can be used as study notes, summaries, or exercises to help prepare for an exam.

Typology: Exercises

2012/2013

Uploaded on 03/16/2013

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Name:
Math 106C: Fall 2012
Quiz 1: September 18
Please write your final answer in the space provided. Correct answers accompanied by incorrect or incom-
plete work will not receive full credit. Good Luck!
1. Use the method of substitution to compute Z4
1
e1+x
xdx.
(You may either leave your answer simplified with e’s in it or you can give a decimal approximation.)
(1)
2. Let I=Zb
a
f(x)dx, where fis positive and concave up over the interval [a,b]. Indicate whether, for
all n1, the statement must be true, cannot be true, or may be true.
(a) RnI(2a)
(b) TnI(2b)
OVER
pf2

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Name:

Math 106C: Fall 2012

Quiz 1: September 18

Please write your final answer in the space provided. Correct answers accompanied by incorrect or incom-

plete work will not receive full credit. Good Luck!

  1. Use the method of substitution to compute

1

e 1+

√ x √ x

dx.

(You may either leave your answer simplified with e’s in it or you can give a decimal approximation.)

  1. Let I =

∫ (^) b

a

f (x) dx, where f is positive and concave up over the interval [a, b]. Indicate whether, for

all n ≥ 1 , the statement must be true, cannot be true, or may be true.

(a) Rn ≤ I (2a)

(b) Tn ≤ I (2b)

OVER

  1. The graph below depicts the velocity of a bike (in mph). The distance traveled by the bike from time

t = 1 to time t = 7 can be computed by calculating

1

v(t) dt.

Use the Trapezoid Rule with 4 intervals (i.e., n = 4) to estimate the distance traveled from time t = 1

to time t = 7, i.e., to estimate

1

v(t) dt.

0 1 2 3 4 5 6 7 8

5

10

15

20

t = time (hours)

v(t)

= velocity (mph)