Chapter 2: Q 2 (a). (page 237)
Fill in the blanks to complete each of the following theorem statements:
If a function is differentiable at , then is at ---------.
Short Answer
continuous
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Chapter 2: Q 2 (a). (page 237)
Fill in the blanks to complete each of the following theorem statements:
If a function is differentiable at , then is at ---------.
continuous
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Write down a rule for differentiating a composition of four functions
(a) in 鈥減rime鈥 notation and
(b) in Leibniz notation.
Use the definition of the derivative to find the equations of the lines described in Exercises 59-64.
The line tangent to the graph of at the point
use the definition of the derivative to prove the quotient rule
Use the definition of the derivative to find for each function in Exercises 34-59
Instead of choosing small values of h, we could have chosen values of z close to c. What limit involving z instead of h is equivalent to the one involving h?
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