Evaluating lim x-9 x + 9 f(x) = 9. x+9 f(x) f(x) -9.1 -8.9 -9.01 -8.99 -9.001 -8.999 9. ? x-9 x + 9 Based on the above, what do you estimate as the value for lim

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Chapter1: Functions And Models
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Problem 1RCC: (a) What is a function? What are its domain and range? (b) What is the graph of a function? (c) How...
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Numerically Approximating Limits
Suppose that lim f(x) = L. This means that as x gets closer and closer (but not
xa
equal) to a, the output f(x) gets closer and closer to L. To estimate L, choose an x
that is very close to a, say, smaller than a. Then calculate f(x). Now choose another
x that is even closer to a and smaller than a, and calculate f(x). Repeat this process.
Do you notice the outputs approaching a particular number? Do the same with values
of x that are very close to a, but greater than a. Do the outputs approach that same
particular number? If so, you have estimated L. Otherwise, the limit does not exist.
Practice
9.
Evaluating lim
x→-9 x + 9
f(æ) =
x+9
f(x)
f(x)
-9.1
-8.9
-9.01
-8.99
-9.001
-8.999
9.
?
х-9 х + 9
Based on the above, what do you estimate as the value for lim
use decimals for all responses.
• because our goal is to "get close," make sure your decimal responses are
accurate to at least 5 decimal places.
• your final estimate is not expected to have as much “accuracy" - it will only be an
estimate.
• if the limit does not exist, enter "DNE".
Transcribed Image Text:Numerically Approximating Limits Suppose that lim f(x) = L. This means that as x gets closer and closer (but not xa equal) to a, the output f(x) gets closer and closer to L. To estimate L, choose an x that is very close to a, say, smaller than a. Then calculate f(x). Now choose another x that is even closer to a and smaller than a, and calculate f(x). Repeat this process. Do you notice the outputs approaching a particular number? Do the same with values of x that are very close to a, but greater than a. Do the outputs approach that same particular number? If so, you have estimated L. Otherwise, the limit does not exist. Practice 9. Evaluating lim x→-9 x + 9 f(æ) = x+9 f(x) f(x) -9.1 -8.9 -9.01 -8.99 -9.001 -8.999 9. ? х-9 х + 9 Based on the above, what do you estimate as the value for lim use decimals for all responses. • because our goal is to "get close," make sure your decimal responses are accurate to at least 5 decimal places. • your final estimate is not expected to have as much “accuracy" - it will only be an estimate. • if the limit does not exist, enter "DNE".
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