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Working Definition of Limit
1. We state that
if we can create an as close to L like we want for all adequately large n. Alternatively, the value of the an's approach L because n approaches infinity.
2. We define that
Determine if we can make an as large as we wish for all sufficiently large n. Once again, alternatively, the value of the an's get larger and larger withno bound as n approaches infinity.
3. We define that
Whether, we can make an as large and negative as we wish for all sufficiently large n. Once again, in other words, the value of the an's are negative and obtain larger and larger without bound because n approaches infinity.
Consider the function f(x) = x + 1/x 2 + 2x - 3. (a) Find f(2) and f(-2). (b) Find the domain of f(x). (c) Does the range include 1? Show your working. (d) Find and si
find the ratio of 1:4
give examples and solutions on my topic
ABC is a right-angled isosceles triangle, right-angled at B. AP, the bisector of ∠BAC, intersects BC at P. Prove that AC 2 = AP 2 + 2(1+√2)BP 2 Ans: AC = √2AB (Sinc
1+1
Find out if the following sets of functions are linearly dependent or independent. (a) f ( x ) = 9 cos ( 2 x ) g ( x ) = 2 cos2 ( x ) - 2 sin 2 ( x ) (b) f
how to answer this: 3x2-18x-60
DECISION THEORY People constantly make decisions in their private lives as well as in their work. Some decisions are qualitative in terms of their implications and signi
Let's start things by searching for a mixing problem. Previously we saw these were back in the first order section. In those problems we had a tank of liquid with several kinds of
A parcel of land, value $250,000 is sold to an investor who signs a contract agreeing to pay a deposit of $25,000 followed by equal quarterly payments for as long as necessary, wit
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