8 Problems on Engineering Math ll - Example Sheet | MATH 152, Study notes of Mathematics

example sheet 1 Material Type: Notes; Professor: Sivakumar; Class: HNR-ENGINEERING MATH II; Subject: MATHEMATICS; University: Texas A&M University; Term: Unknown 1989;

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Sivakumar MATH 152H
Example Sheet 1a
1. Suppose R > 0 is fixed. Evaluate the integral ZR
0pR2x2dx, by interpreting it as an area.
2. Compute
lim
h0
1
hZ2+h
2p1 + t3dt.
(Hint: Consider the function F(x) := Rx
01 + t3dt, use this function to write the expression in
the question as a difference quotient, and appeal to the first part of the Fundamental Theorem
of Calculus.)
3. Given that
F(x) = Zx
0
x2sin(t2)dt,
compute F0(x).
4. Compute
d2
dx2Zx
0"Zsin t
1p1 + u4du#dt.
5. If
f(x) = Zg(x)
0
dt
1 + t3and g(x) = Zcos x
01 + sin(t2)dt,
determine the value of f0(π/2).
6. Show that the function
f(x) := Zx
1p1 + t2dt
is one-to-one. Compute (f1)0(0).
The following pair of questions is taken from the book Basic Analysis: Japanese Grade 11 , trans-
lated and published by the American Mathematical Society.
7. Find a function fand a number asuch that
Zx
1
f(t)dt =x3+ax 5.
8. Find the function fsuch that
f(x) = x+Z2
0
f(t)dt.
1

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Sivakumar MATH 152H

Example Sheet 1a

  1. Suppose R > 0 is fixed. Evaluate the integral

∫ R

0

R^2 − x^2 dx, by interpreting it as an area.

  1. Compute

lim h→ 0

h

∫ (^) 2+h

2

1 + t^3 dt.

(Hint: Consider the function F (x) :=

∫ (^) x 0

1 + t^3 dt, use this function to write the expression in the question as a difference quotient, and appeal to the first part of the Fundamental Theorem of Calculus.)

  1. Given that F (x) =

∫ (^) x

0

x^2 sin(t^2 ) dt,

compute F ′(x).

  1. Compute d^2 dx^2

∫ (^) x

0

[∫

sin t

1

1 + u^4 du

]

dt.

  1. If

f (x) =

∫ (^) g(x)

0

dt √ 1 + t^3

and g(x) =

∫ (^) cos x

0

[

1 + sin(t^2 )

]

dt,

determine the value of f ′(π/2).

  1. Show that the function

f (x) :=

∫ (^) x

1

1 + t^2 dt

is one-to-one. Compute (f −^1 )′(0).

The following pair of questions is taken from the book Basic Analysis: Japanese Grade 11, trans-

lated and published by the American Mathematical Society.

  1. Find a function f and a number a such that ∫ (^) x

1

f (t) dt = x^3 + ax − 5.

  1. Find the function f such that

f (x) = x +

0

f (t) dt.