Math 106 Midterm Exam Solutions, Exams of Calculus

Solutions to the math 106 midterm exam, covering topics such as continuity, limits using l'hopital's rule, rolle's theorem, graphing functions, extreme values, and finding antiderivatives.

Typology: Exams

2012/2013

Uploaded on 03/21/2013

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Midterm 1.
Math 106 (23.04.06)
1. For which value of bis the function
g(x) =
x+ 2,if x0,
bsin(2x)
x,if x > 0
continuous at the point x= 0.
2. Use the l’Hopital’s rule to find the limit
lim
x0
sin xx
x3
3. State the Rolle’s theorem and use it to show that the function f(x) =
x44x+ 1 has exactly two zeros on the real line.
4. Sketch the graph of the function
f(x) = x
x2.
Indicate any horizontal or vertical asymptotes and write the equation of
the tangent line to this graph at the point (3,3).
5. Find the extreme values of the function and where they occur
a)f(x) = 2x28x+ 9, b)g(x) = x+4
x,
c) find absolute minimum of g(x) for 0 < x <
6. Find antiderivatives of the following functions
a) sin(2x), b)1
x4c) cos2(3x)

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Midterm 1.

Math 106 (23.04.06)

  1. For which value of b is the function

g(x) =

x + 2, if x ≤ 0 , bsin(2 x x), if x > 0

continuous at the point x = 0.

  1. Use the l’Hopital’s rule to find the limit

xlim→ 0

sin x − x x^3

  1. State the Rolle’s theorem and use it to show that the function f (x) =

x^4 − 4 x + 1 has exactly two zeros on the real line.

  1. Sketch the graph of the function

f (x) = x x − 2

Indicate any horizontal or vertical asymptotes and write the equation of the tangent line to this graph at the point (3, 3).

  1. Find the extreme values of the function and where they occur

a) f (x) = 2x^2 − 8 x + 9, b) g(x) = x +

x

c) find absolute minimum of g(x) for 0 < x < ∞

  1. Find antiderivatives of the following functions

a) sin(2x), b) 1 x^4 c) cos^2 (3x)