I have zero clue on how to solve this, if someone would be kind of enough to show me exactly how you would go about solving I would be eternally grateful:

Solve for exact value and to the ten thousandth

3.2=5e^(1-4x)

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I have zero clue on how to solve this, if someone would be kind of enough to show me exactly how you would go about solving I would be eternally grateful:

Solve for exact value and to the ten thousandth

3.2=5e^(1-4x)

Solve for exact value and to the ten thousandth

3.2=5e^(1-4x)

- Guitargod96
**Posts:**2**Joined:**Wed Mar 19, 2014 5:31 am

Guitargod96 wrote:I have zero clue on how to solve this, if someone would be kind of enough to show me exactly how you would go about solving I would be eternally grateful:

You can see exactly how on this page.

Guitargod96 wrote:Solve for exact value and to the ten thousandth

3.2=5e^(1-4x)

Do like they show in that page: divide through by 5. Then do natural logs on both sides. Then minus the 1 and divide through by -4. Plug it all into your cal for the "to the ten thousandth" value.

If you get stuck, please write back showing what you've done. Thanks.

- anonmeans
**Posts:**49**Joined:**Sat Jan 24, 2009 7:18 pm

Guitargod96 wrote:I got ln(3.2/5)=1-4x

Now do the other steps I gave you.

- anonmeans
**Posts:**49**Joined:**Sat Jan 24, 2009 7:18 pm

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