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Let’s check out your problem:
What is the value of
t
t
t
in this equality?
\newline
0.03
=
3
×
1
0
t
0.03=3 \times 10^{t}
0.03
=
3
×
1
0
t
View step-by-step help
Home
Math Problems
Algebra 2
Convert between natural exponential and logarithmic form
Full solution
Q.
What is the value of
t
t
t
in this equality?
\newline
0.03
=
3
×
1
0
t
0.03=3 \times 10^{t}
0.03
=
3
×
1
0
t
Simplify left side:
Now we simplify the left side of the equation.
\newline
0.01
=
1
0
t
0.01 = 10^{t}
0.01
=
1
0
t
Convert to logarithmic form:
Next, we convert the equation to logarithmic form to solve for
t
t
t
.
log
(
0.01
)
=
log
(
1
0
t
)
\log(0.01) = \log(10^{t})
lo
g
(
0.01
)
=
lo
g
(
1
0
t
)
Simplify using logarithmic property:
Using the property of logarithms that
log
(
b
x
)
=
x
log
(
b
)
\log(b^x) = x\log(b)
lo
g
(
b
x
)
=
x
lo
g
(
b
)
, we can simplify the right side.
\newline
log
(
0.01
)
=
t
log
(
10
)
\log(0.01) = t\log(10)
lo
g
(
0.01
)
=
t
lo
g
(
10
)
Further simplify the equation:
Since
log
(
10
)
\log(10)
lo
g
(
10
)
is
1
1
1
, we can further simplify the equation.
\newline
log
(
0.01
)
=
t
\log(0.01) = t
lo
g
(
0.01
)
=
t
Calculate
log
(
0.01
)
\log(0.01)
lo
g
(
0.01
)
:
Now we calculate the value of
log
(
0.01
)
\log(0.01)
lo
g
(
0.01
)
.
\newline
log
(
0.01
)
=
−
2
\log(0.01) = -2
lo
g
(
0.01
)
=
−
2
Calculate
t
t
t
:
Finally, we have the value of
t
t
t
.
t
=
−
2
t = -2
t
=
−
2
More problems from Convert between natural exponential and logarithmic form
Question
Write the exponential equation in logarithmic form.
\newline
9
3
=
729
9^3 = 729
9
3
=
729
\newline
log
□
729
=
3
\log_\square 729 = 3
lo
g
□
729
=
3
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Write the exponential equation in logarithmic form.
\newline
e
4
≈
54.598
e^4 \approx 54.598
e
4
≈
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\newline
ln
_
_
_
_
≈
4
\ln\_\_\_\_ \approx 4
ln
____
≈
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Question
Write the logarithmic equation in exponential form.
\newline
log
10
100
=
2
\log_{10}100 = 2
lo
g
10
100
=
2
\newline
1
0
2
=
‾
10^2 = \underline{\hspace{2em}}
1
0
2
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Question
Evaluate. Write your answer as a whole number, proper fraction, or improper fraction in simplest form.
\newline
ln
(
e
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10
=
\frac{\ln (e)}{10} =
10
l
n
(
e
)
=
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Rewrite as a quotient of two common logarithms. Write your answer in simplest form.
\newline
log
3
33
=
\log_3 33 =
lo
g
3
33
=
______
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Evaluate. Round your answer to the nearest thousandth.
\newline
log
5
50
=
\log_{5}50 =
lo
g
5
50
=
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Posted 2 months ago
Question
Which property of logarithms does this equation demonstrate?
\newline
log
3
3
+
log
3
6
=
log
3
18
\log_3 3 + \log_3 6 = \log_3 18
lo
g
3
3
+
lo
g
3
6
=
lo
g
3
18
\newline
Choices:
\newline
(A)
Product Property
\text{Product Property}
Product Property
\newline
(B)
Power Property
\text{Power Property}
Power Property
\newline
(C)
Quotient Property
\text{Quotient Property}
Quotient Property
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Question
Expand the logarithm. Assume all expressions exist and are well-defined.
\newline
Write your answer as a sum or difference of common logarithms or multiples of common logarithms. The inside of each logarithm must be a distinct constant or variable.
\newline
log
(
u
v
)
\log(uv)
lo
g
(
uv
)
\newline
_____
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Posted 2 months ago
Question
Expand the logarithm. Assume all expressions exist and are well-defined.
\newline
Write your answer as a sum or difference of common logarithms or multiples of common logarithms. The inside of each logarithm must be a distinct constant or variable.
\newline
log
v
7
\log v^7
lo
g
v
7
\newline
______
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Question
Expand the logarithm. Assume all expressions exist and are well-defined.
\newline
Write your answer as a sum or difference of base-
6
6
6
logarithms or multiples of base-
6
6
6
logarithms. The inside of each logarithm must be a distinct constant or variable.
\newline
log
6
w
6
\log_6 w^6
lo
g
6
w
6
\newline
______
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