Application - mathematics
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Re: Application - mathematics
*lol* That's how I found the problem and it was actually explained almost identically to the solution you posted. I admittedly am horrible at calc and was lucky to have gotten through it alive. Not my strongest subject by a long shot and it never really clicked. Algebra, trig, etc...not a problem. Calc = my arch nemesis *lol*math wrote:Nah - I don't think anyone under the radar of Google would prove the answer this rigorously.
teskosuicide- Posts : 691
Join date : 2009-06-09
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Re: Application - mathematics
Nah - I don't think anyone under the radar of Google would prove the answer this rigorously.
math- Posts : 3
Join date : 2010-10-27
Re: Application - mathematics
That is the correct answer...
Now my next question is did you google it? *lol*
Now my next question is did you google it? *lol*
teskosuicide- Posts : 691
Join date : 2009-06-09
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Resource 1: Rubber
Re: Application - mathematics
First, the anti-derivative g(x) exists since (1) f(x) = 4x + 3 is well defined since there's a bijection between its domain and co-domain and (2) f(x) is continuous in the set of all real numbers since every real number in domain the limit exists since f(x) is a polynomial and the limit is equal to the corresponding real number in co-domain.
Next, we see that g(x) = 2x^2 + 3x + C by elementary integral calculus, for some constant C. Since g(6) = 6, solving for C, we find that C = -84. Then we see that g(3) is -57
Next, we see that g(x) = 2x^2 + 3x + C by elementary integral calculus, for some constant C. Since g(6) = 6, solving for C, we find that C = -84. Then we see that g(3) is -57
math- Posts : 3
Join date : 2010-10-27
Re: Application - mathematics
OK...what's the answer to this?
Given f (x) = 4x + 3 and g (x) be the anti derivative of f (x). Then the value of g (6) is 6 and finds the value of g (3).
Given f (x) = 4x + 3 and g (x) be the anti derivative of f (x). Then the value of g (6) is 6 and finds the value of g (3).
teskosuicide- Posts : 691
Join date : 2009-06-09
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Resource 1: Rubber
Application - mathematics
Mayor Name: Jack Ma
City Name: mathematics
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What can you bring to Banana Republic to enrich the bunch? Skills, qualities, talents, etc: I can do math.
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City Name: mathematics
Resources: cement, alum
What country(s) have you belonged to (List All): TSS, Mensa, Atlantis, US
Why are you leaving: New phrase in RL, new phrase in CE
Have you or your country recently been involved in a war: No - I have not participated in any war recently.
If so, with who:
Who recommended you: No one
Why are you interested in joining Banana Republic? I want change in a more active environment and want growth in a more stable country.
What can you bring to Banana Republic to enrich the bunch? Skills, qualities, talents, etc: I can do math.
Do you agree to follow the rules of Banana Republic: Yes.
math- Posts : 3
Join date : 2010-10-27
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