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Log 148 (387)

Log 148 (387) is the logarithm of 387 to the base 148:

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Simply the Best Logarithm Calculator! Click To Tweet As you can see in our log calculator, log148 (387) = 1.1923497275295.

Calculate Log Base 148 of 387

To solve the equation log 148 (387) = x carry out the following steps.
  1. Apply the change of base rule:
    log a (x) = log b (x) / log b (a)
    With b = 10:
    log a (x) = log(x) / log(a)
  2. Substitute the variables:
    With x = 387, a = 148:
    log 148 (387) = log(387) / log(148)
  3. Evaluate the term:
    log(387) / log(148)
    = 1.39794000867204 / 1.92427928606188
    = 1.1923497275295
    = Logarithm of 387 with base 148
Here’s the logarithm of 148 to the base 387.

Additional Information

  • From the definition of logarithm b y = x ⇔ y = log b(x) follows that 148 1.1923497275295 = 387
  • 148 1.1923497275295 = 387 is the exponential form of log148 (387)
  • 148 is the logarithm base of log148 (387)
  • 387 is the argument of log148 (387)
  • 1.1923497275295 is the exponent or power of 148 1.1923497275295 = 387
BTW: Logarithmic equations have many uses in various contexts in science.

Frequently searched terms on our site include:

FAQs

What is the value of log148 387?

Log148 (387) = 1.1923497275295.

How do you find the value of log 148387?

Carry out the change of base logarithm operation.

What does log 148 387 mean?

It means the logarithm of 387 with base 148.

How do you solve log base 148 387?

Apply the change of base rule, substitute the variables, and evaluate the term.

What is the log base 148 of 387?

The value is 1.1923497275295.

How do you write log 148 387 in exponential form?

In exponential form is 148 1.1923497275295 = 387.

What is log148 (387) equal to?

log base 148 of 387 = 1.1923497275295.
For further questions about the logarithm equation, common logarithms, the exponential function or the exponential equation fill in the form at the bottom.

Summary

In conclusion, log base 148 of 387 = 1.1923497275295.

You now know everything about the logarithm with base 148, argument 387 and exponent 1.1923497275295.
Further information, particularly about the binary logarithm, natural logarithm and decadic logarithm can be located in our article logarithm.

Besides the types of logarithms, there, we also shed a light on the terms on the properties of logarithms and the logarithm function, just to name a few.
Thanks for visiting Log148 (387).

Table

Our quick conversion table is easy to use:
log 148(x) Value
log 148(386.5)=1.1920910182869
log 148(386.51)=1.1920961957509
log 148(386.52)=1.1921013730809
log 148(386.53)=1.192106550277
log 148(386.54)=1.1921117273391
log 148(386.55)=1.1921169042674
log 148(386.56)=1.1921220810616
log 148(386.57)=1.192127257722
log 148(386.58)=1.1921324342484
log 148(386.59)=1.192137610641
log 148(386.6)=1.1921427868996
log 148(386.61)=1.1921479630244
log 148(386.62)=1.1921531390153
log 148(386.63)=1.1921583148723
log 148(386.64)=1.1921634905954
log 148(386.65)=1.1921686661847
log 148(386.66)=1.1921738416401
log 148(386.67)=1.1921790169617
log 148(386.68)=1.1921841921494
log 148(386.69)=1.1921893672033
log 148(386.7)=1.1921945421233
log 148(386.71)=1.1921997169096
log 148(386.72)=1.192204891562
log 148(386.73)=1.1922100660806
log 148(386.74)=1.1922152404654
log 148(386.75)=1.1922204147164
log 148(386.76)=1.1922255888337
log 148(386.77)=1.1922307628171
log 148(386.78)=1.1922359366668
log 148(386.79)=1.1922411103828
log 148(386.8)=1.1922462839649
log 148(386.81)=1.1922514574133
log 148(386.82)=1.192256630728
log 148(386.83)=1.1922618039089
log 148(386.84)=1.1922669769561
log 148(386.85)=1.1922721498696
log 148(386.86)=1.1922773226494
log 148(386.87)=1.1922824952954
log 148(386.88)=1.1922876678077
log 148(386.89)=1.1922928401864
log 148(386.9)=1.1922980124313
log 148(386.91)=1.1923031845426
log 148(386.92)=1.1923083565202
log 148(386.93)=1.1923135283641
log 148(386.94)=1.1923187000744
log 148(386.95)=1.192323871651
log 148(386.96)=1.192329043094
log 148(386.97)=1.1923342144033
log 148(386.98)=1.192339385579
log 148(386.99)=1.1923445566211
log 148(387)=1.1923497275295
log 148(387.01)=1.1923548983043
log 148(387.02)=1.1923600689456
log 148(387.03)=1.1923652394532
log 148(387.04)=1.1923704098272
log 148(387.05)=1.1923755800677
log 148(387.06)=1.1923807501745
log 148(387.07)=1.1923859201478
log 148(387.08)=1.1923910899875
log 148(387.09)=1.1923962596937
log 148(387.1)=1.1924014292663
log 148(387.11)=1.1924065987054
log 148(387.12)=1.1924117680109
log 148(387.13)=1.192416937183
log 148(387.14)=1.1924221062214
log 148(387.15)=1.1924272751264
log 148(387.16)=1.1924324438979
log 148(387.17)=1.1924376125358
log 148(387.18)=1.1924427810403
log 148(387.19)=1.1924479494112
log 148(387.2)=1.1924531176487
log 148(387.21)=1.1924582857527
log 148(387.22)=1.1924634537233
log 148(387.23)=1.1924686215603
log 148(387.24)=1.192473789264
log 148(387.25)=1.1924789568341
log 148(387.26)=1.1924841242709
log 148(387.27)=1.1924892915742
log 148(387.28)=1.192494458744
log 148(387.29)=1.1924996257805
log 148(387.3)=1.1925047926835
log 148(387.31)=1.1925099594532
log 148(387.32)=1.1925151260894
log 148(387.33)=1.1925202925922
log 148(387.34)=1.1925254589617
log 148(387.35)=1.1925306251978
log 148(387.36)=1.1925357913005
log 148(387.37)=1.1925409572698
log 148(387.38)=1.1925461231058
log 148(387.39)=1.1925512888084
log 148(387.4)=1.1925564543777
log 148(387.41)=1.1925616198137
log 148(387.42)=1.1925667851163
log 148(387.43)=1.1925719502856
log 148(387.44)=1.1925771153215
log 148(387.45)=1.1925822802242
log 148(387.46)=1.1925874449936
log 148(387.47)=1.1925926096296
log 148(387.48)=1.1925977741324
log 148(387.49)=1.1926029385019
log 148(387.5)=1.1926081027381
log 148(387.51)=1.1926132668411

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