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5 Questions Final Exam - Calculus I | MATH 0016B, Exams of Mathematics

Material Type: Exam; Class: Calculus Social/Life Sciences; Subject: Mathematics; University: Sierra College; Term: Spring 2010;

Typology: Exams

Pre 2010

Uploaded on 07/30/2009

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SECTION 1: Antiderivatives, Integrals and Applications
1. Evaluate each integral.
a) 6
4
xdx
x
+
b)
21
2
4
1
x
xe dx
x
+
+
c) 3ln(2 )
x
xdx
d)
()
2
2
04
xdx
x+
2. Evaluate the improper integral.
a) 2
2
04
xdx
x
b)
1
0
3ln4
x
dx
x
3. Evaluate the integral by reversing the order of integration.
2
13
3
0
x
yedxdy
∫∫
4. Find the area under the curve drawn.
π
6
1
2
x
+ 2
y
= 2
x
y
5. Find the volume of the plane ounded by the
first octant. ( )
63 6zx=−
y
b
0, 0xy≥≥
6. Find the volume under the surface cos( )zx y
=
that lies above
the region in the xy plane that is bounded by
2,0 1
y
x y and x== =. The three dimensional graph is not
shown, due to lack of appropriate software.
pf2

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SECTION 1: Antiderivatives, Integrals and Applications

  1. Evaluate each integral.

a) 6 4

x dx x

∫ b)

(^2 ) 2

xe x dx x

c) ∫ x^3 ln(2 ) x dx d)

2 0 4 2

x (^) dx

∫ x +

  1. Evaluate the improper integral.

a)

2 0 4 2

x (^) dx

∫ − x

b)

1

0

3ln 4 xdx

∫ x

  1. Evaluate the integral by reversing the order of integration.

2

(^1 )

0 3

x y

∫∫ e^ dx dy

  1. Find the area under the curve drawn.

π

6

1

x^2 x^ + 2 y^ = 2

y

  1. Find the volume of the plane ounded by the first octant. ( )

z = 6 − 3 x − 6 y b x ≥ 0 , y ≥ 0

  1. Find the volume under the surface z = x cos( y )that lies above the region in the xy plane that is bounded by y = x^2 , y = 0 and x = 1. The three dimensional graph is not shown, due to lack of appropriate software.

SECTION 2: Derivative, Partial Derivatives and Applications

  1. Find the indicated partial derivatives. Answers need not be simplified. a) f (^) x for (^) f ( , x y ) = 3 x^5 + 2 x y^3^2 + 9 xy^4 b) z (^) y for z x y ( , ) = x^3 − 4 xy ln(2 ) y
  2. Find the extrema and saddle points of the function. f^ ( , x y^ )^^ =^ x^^2 −^ xy^ +^ y^^2 −^9 x^ +^6 y +^10
  3. Find the extrema and saddle points for the function f ( x y , ) = 4 + x^3 + y^3 − 3 xy.
  4. Minimize f ( , x y ) = x^2 + y^2 with the constrain 2 x + 4 y = 15.
  5. Find the equation of the tangent line to 1 4 sin (2 )^2 ,^1 8 8

y = x at ⎛⎜^ π ⎞⎟

SECTION 3: Sequences and Series

  1. Write the next two terms in the sequence. Then write the formula for an.

3, 3 , 3 , 3 , 2 4 8

  1. Does the sequence in the above problem converge or diverge? Explain.
  2. Given the series below, explain why they converge or diverge.

a) A = 1 + 161 + 811 + 2561 + 6251 +... b) 1

n^5

n n

=

c) (^1) 1

n n n

=

  1. Generate the power series for the function f x (^^ )^ =cos(2 ) x^ centered at zero.
  2. Generate the power series for the function g ( ) x = ln(2 − x ) at c = 1.
  3. Determine the radius of convergence for

a) (^ )^ (^ )

1

1

n n n n

x n

∞^ +

=

(^3) b) ( ) 1

2 4 3

n n n

x n

=

SECTION 4: Differential Equations

  1. Solve the differential equation.

a)^ dy^ 4 xy^212 dx

= + x when x = 0 and y = 1 b) xy ′^ + y = y^2 y (1) = − 1

c) y ′ + y =sin ( ex )

  1. Assume that the rate of change in the number of miles, s , of road cleared per hour by a snowplow is

inversely proportional to the depth of the snow, h. That is ds^ k dh h

=. Find s as a function of h when

s = 25 miles when h = 2 inches and s = 12 miles when h = 6 inches. [ 2 ≤ h ≤ 15 ].