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We Can Use the Difference Quotient as an Approximation

Question 14

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We can use the difference quotient We can use the difference quotient as an approximation to when and are known. A) Find an approximation to based on the values of and . Given such that: B) Use the approximation found in (A) to approximate C) Use the approximation found in (A) to approximate as an approximation to We can use the difference quotient as an approximation to when and are known. A) Find an approximation to based on the values of and . Given such that: B) Use the approximation found in (A) to approximate C) Use the approximation found in (A) to approximate when We can use the difference quotient as an approximation to when and are known. A) Find an approximation to based on the values of and . Given such that: B) Use the approximation found in (A) to approximate C) Use the approximation found in (A) to approximate and We can use the difference quotient as an approximation to when and are known. A) Find an approximation to based on the values of and . Given such that: B) Use the approximation found in (A) to approximate C) Use the approximation found in (A) to approximate are known.
A) Find an approximation to We can use the difference quotient as an approximation to when and are known. A) Find an approximation to based on the values of and . Given such that: B) Use the approximation found in (A) to approximate C) Use the approximation found in (A) to approximate based on the values of We can use the difference quotient as an approximation to when and are known. A) Find an approximation to based on the values of and . Given such that: B) Use the approximation found in (A) to approximate C) Use the approximation found in (A) to approximate and We can use the difference quotient as an approximation to when and are known. A) Find an approximation to based on the values of and . Given such that: B) Use the approximation found in (A) to approximate C) Use the approximation found in (A) to approximate .
Given We can use the difference quotient as an approximation to when and are known. A) Find an approximation to based on the values of and . Given such that: B) Use the approximation found in (A) to approximate C) Use the approximation found in (A) to approximate such that: We can use the difference quotient as an approximation to when and are known. A) Find an approximation to based on the values of and . Given such that: B) Use the approximation found in (A) to approximate C) Use the approximation found in (A) to approximate
B) Use the approximation found in (A) to approximate We can use the difference quotient as an approximation to when and are known. A) Find an approximation to based on the values of and . Given such that: B) Use the approximation found in (A) to approximate C) Use the approximation found in (A) to approximate
C) Use the approximation found in (A) to approximate We can use the difference quotient as an approximation to when and are known. A) Find an approximation to based on the values of and . Given such that: B) Use the approximation found in (A) to approximate C) Use the approximation found in (A) to approximate

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