Integrating \int_0^2 \sqrt{65e^{2t}} dt for Beginners

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In summary, the conversation discusses how to integrate an expression involving the square root of 65e to the power of 2t. The expert suggests simplifying the argument and using the fact that the square root of a is equal to a to the power of 1/2. They also point out that e to the power of 2t can be written as (e^t)^2, which can be helpful in integrating the expression. After some calculations, the correct answer is determined to be 65 times the square root of e squared minus 65.
  • #1
7yler
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I am familiar with integration, but I'm stumped with this. How do you integrate something such as [tex]\int[/tex](from 0 to 2)[tex]\sqrt{65e(to the power of 2t}[/tex]dt

That is supposed to be the square root of 65e to the power of 2t.
 
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  • #2


you should simplify the argument first.
 
  • #3


Here's how you'd write your integral using LaTeX:
Code:
\int_0^2 \sqrt{65 e^{2t}} dt
which, when enclosed by "TEX" and "/TEX" (with the quotation marks replaced by square brackets), gives
[tex]\int_0^2 \sqrt{65 e^{2t}} dt[/tex]​

Anyway, try using the fact that [itex]\sqrt{a}=a^{1/2}[/itex].
 
  • #4


Well, another to put it would be to see that

[tex] e^{2t} = (e^t)^2 [/tex]

which would fit nicely with the square root.
 
  • #5


So I would get 65e^2 - 65?
 
  • #6


Well, the 65 is still under a radical. Only e^t is squared under the square root.
 
Last edited:
  • #7


So 65(e^2) - 65 is what I get when I follow through with the calculations, but I'm told that that answer is incorrect.
 
  • #8


You didn't understand. The 65 must be under the radical sign, as in [itex] \sqrt{65} [/itex].
 
  • #9


Oh okay. Thank you very much.
 

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