Calculus Chapter 6: Integral Calculus Flashcards

1
Q

Disk method formula

A

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2
Q

Washer method formula

A

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3
Q

Shell Method formula

A

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4
Q

Average value formula

A

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5
Q

The Mean Value Theorem for integrals

A

If f is continuous on [a,b] then there exists a number c in [a,b] such that:

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6
Q

One-to-one function

A

A function that never takes on the same value twice.

i.e. f(x1) != F(x2) whenever x1 != x2

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7
Q

Define an inverse function

A

Let f be a one-to-one function with domain A and range B.

Its inverse function, f-1 has domain B and range A, and is defined by:

f-1(y) = x <=> f(x) = y, for any y in B.

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8
Q

f and f-1 are symmetrical about the line

A

y = x

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9
Q

Theorem 6 in continuity of inverses

A

If f is a one-to-one continuous function defined on an interval, then its inverse function f-1 would also be continous.

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10
Q

Theorem 7 on differentiability of inverses

A

If f is a one-to-one differentiable function with inverse f-1 and f ‘ (f-1(a)) != 0, then the inverse function is differentiable at a and:

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11
Q

Define the natural logarithmic function

A

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12
Q

The derivative of lnx

A

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13
Q

3 Laws of logarithms

A

If x,y are positive numbers and r a rational number, then:

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14
Q

Steps to logarithmic differentiation:

A
  1. Take natural logarithms of both sides of an equation y=f(x) and use the Laws of Logarithms to simplify.
  2. Differentiate implicitly with respect to x
  3. Solve the resulting equation for y’
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15
Q

Inverses of the natural Exponential function:

A
  • eln<strong>x</strong>** **= x , x>0
  • ln(ex) = x for all x
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16
Q

Properties of ex

A
  • Increasing continuous function
  • Domain ex = {x E R}
  • Range = { y>0 }
  • lim x-> infinity<strong>– </strong> ex = 0,
  • lim x-> infinity+ ex = infinity;
    • x-axis is horizontal asymptote
17
Q

Derivative of ex

A

ex

18
Q

Integral of ex

A

ex + C