Solve. Where appropriate, include approximations

Solve. Where appropriate, include approximations to the nearest thousandth. If no solution exists, state this.log[5] (5x - 1) =
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2. asked by mar
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Solve. Where appropriate, include approximations to the nearest thousandth. If no solution exists,state this 3^(2x + 1) = 243
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2. asked by allice
3. 420 views
Now note that the following becomes good approximations as θ→0:sinθ≈θ sin2(π4−θ)≈12−c⋅θ (where c is some
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2. asked by unknown
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Now note that the following becomes good approximations as θ→0:sinθ≈θ sin2(π4−θ)≈12−c⋅θ (where c is some
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2. asked by unknown
3. 848 views
Find approximations of the given valuef(x)={4; 4>x {x^2 2<x a)f(-6) b)f(0) c)f(2) d)f(4) e)(f(6) − f(4))/(6 − 4) I don't
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2. asked by Ann
3. 377 views
Find approximations of the given valuef(x)={4; 4>x {x^2 2<x a)f(-6) b)f(0) c)f(2) d)f(4) e)(f(6) − f(4))/(6 − 4) I don't
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2. asked by Anonymous
3. 344 views
Prove that the sequence: {an} = {(1 + (ln(6)/(n)))^(2n)}infinity n=1 convergesNote: I don't know how to solve or work out so
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2. asked by Philip Martinson
3. 444 views
Having trouble with this program running, can anybody help solve my problem:#include <stdio.h> #include <stdlib.h> #include
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2. asked by Riley
3. 551 views
why are taylor approximations important?explain why such approximations might be useful? taylor approxmations are important to
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2. asked by apoorva
3. 596 views
Find the Maclaurin series for f(x) = e^(-x^2)Note: I don't know how to solve or work out so show all your work. And give the
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2. asked by Philip Martinson
3. 472 views