Question

Okay same thing, I have an idea of the answer But i am not sure. Given the exponential equation 3^x = 27, what is the logarithmic form of the equation in base 10?

x = log base 10 of 3, all over log base 10 of 27
x = log base 10 of 27, all over log base 10 of 3
x = log base 2 of 3, all over log base 2 of 27
x = log base 2 of 10, all over log base 2 of 3

Answer 1

@galaxystare

Answer 2

@Roxy.girl

Answer 3

I put B

Answer 4

x = log base 10 of 3, all over log base 10 of 27
x=log103log1027


x = log base 10 of 27, all over log base 10 of 3
log1027log103


x = log base 2 of 3, all over log base 2 of 27

x = log base 2 of 10, all over log base 2 of 3

Answer 5

so i would say b ya

Answer 6

r u sure haha this is my seg exam i have to pass

Answer 7

@MrNood what do you think

Answer 8

Yup your right :)

Answer 9

bless :') thank you
how about this?
What are the explicit equation and domain for a geometric sequence with a first term of 4 and a second term of −8?

an = 4(−2)n − 1; all integers where n ≥ 0
an = 4(−2)n − 1; all integers where n ≥ 1
an = 4(−12)n − 1; all integers where n ≥ 1
an = 4(−12)n − 1; all integers where n ≥ 0

Answer 10

i think its B

Answer 11

\[\log a ^{m} = m \log a\]

Just start with
3^x

use my equation to write log 3^x in another way

Answer 12

Without explanations of WHY you think this or that, "I think it's B" responses make very little sense.

Answer 13

Because base of 10 and 3^x=27 is also log10 27=x

Answer 14

3^x = 27 is in exponential form. Take the common log of both sides of this equation, applying rules of logs. Show your results, please.

Answer 15

log (3^x) = log 27. Solve for x, please.

Answer 16

i dont understand

Answer 17

@mathmale x = 3?

Answer 18

Please separate what you understand and what you don't. Then I'd be happy to provide further explanations. Yes, x=3 is correct, but I'd like to know how you arrived at that.

Answer 19

because it 3 x 3 x 3 = 27

Answer 20

that's correct, but it does not follow the instructions that came with this problem:

"what is the logarithmic form of the equation in base 10?"

You must apply common logs to arrive at the correct answer. Please note that I have already given you hints regarding what to do; review this conversation, please.

Answer 21

Wait. I already have the answer to this. Can you help with another if i post a different question?