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Log 48 (100)

Log 48 (100) is the logarithm of 100 to the base 48:

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Result:
Simply the Best Logarithm Calculator! Click To Tweet As you can see in our log calculator, log48 (100) = 1.1895972782121.

Calculate Log Base 48 of 100

To solve the equation log 48 (100) = 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 = 100, a = 48:
    log 48 (100) = log(100) / log(48)
  3. Evaluate the term:
    log(100) / log(48)
    = 1.39794000867204 / 1.92427928606188
    = 1.1895972782121
    = Logarithm of 100 with base 48
Here’s the logarithm of 48 to the base 100.

Additional Information

  • From the definition of logarithm b y = x ⇔ y = log b(x) follows that 48 1.1895972782121 = 100
  • 48 1.1895972782121 = 100 is the exponential form of log48 (100)
  • 48 is the logarithm base of log48 (100)
  • 100 is the argument of log48 (100)
  • 1.1895972782121 is the exponent or power of 48 1.1895972782121 = 100
BTW: Logarithmic equations have many uses in various contexts in science.

Frequently searched terms on our site include:

FAQs

What is the value of log48 100?

Log48 (100) = 1.1895972782121.

How do you find the value of log 48100?

Carry out the change of base logarithm operation.

What does log 48 100 mean?

It means the logarithm of 100 with base 48.

How do you solve log base 48 100?

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

What is the log base 48 of 100?

The value is 1.1895972782121.

How do you write log 48 100 in exponential form?

In exponential form is 48 1.1895972782121 = 100.

What is log48 (100) equal to?

log base 48 of 100 = 1.1895972782121.
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 48 of 100 = 1.1895972782121.

You now know everything about the logarithm with base 48, argument 100 and exponent 1.1895972782121.
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 Log48 (100).

Table

Our quick conversion table is easy to use:
log 48(x) Value
log 48(99.5)=1.1883024496022
log 48(99.51)=1.1883284098823
log 48(99.52)=1.1883543675537
log 48(99.53)=1.188380322617
log 48(99.54)=1.1884062750726
log 48(99.55)=1.1884322249211
log 48(99.56)=1.1884581721631
log 48(99.57)=1.1884841167989
log 48(99.58)=1.1885100588293
log 48(99.59)=1.1885359982546
log 48(99.6)=1.1885619350754
log 48(99.61)=1.1885878692923
log 48(99.62)=1.1886138009057
log 48(99.63)=1.1886397299162
log 48(99.64)=1.1886656563243
log 48(99.65)=1.1886915801305
log 48(99.66)=1.1887175013353
log 48(99.67)=1.1887434199394
log 48(99.68)=1.1887693359431
log 48(99.69)=1.188795249347
log 48(99.7)=1.1888211601517
log 48(99.71)=1.1888470683576
log 48(99.72)=1.1888729739653
log 48(99.73)=1.1888988769752
log 48(99.74)=1.188924777388
log 48(99.75)=1.1889506752042
log 48(99.76)=1.1889765704242
log 48(99.77)=1.1890024630485
log 48(99.78)=1.1890283530778
log 48(99.79)=1.1890542405125
log 48(99.8)=1.1890801253531
log 48(99.81)=1.1891060076002
log 48(99.82)=1.1891318872543
log 48(99.83)=1.1891577643158
log 48(99.84)=1.1891836387854
log 48(99.85)=1.1892095106635
log 48(99.86)=1.1892353799507
log 48(99.87)=1.1892612466474
log 48(99.88)=1.1892871107542
log 48(99.89)=1.1893129722717
log 48(99.9)=1.1893388312003
log 48(99.91)=1.1893646875405
log 48(99.92)=1.1893905412929
log 48(99.93)=1.189416392458
log 48(99.94)=1.1894422410362
log 48(99.95)=1.1894680870282
log 48(99.96)=1.1894939304345
log 48(99.97)=1.1895197712555
log 48(99.98)=1.1895456094917
log 48(99.99)=1.1895714451438
log 48(100)=1.1895972782121
log 48(100.01)=1.1896231086973
log 48(100.02)=1.1896489365998
log 48(100.03)=1.1896747619202
log 48(100.04)=1.1897005846589
log 48(100.05)=1.1897264048166
log 48(100.06)=1.1897522223936
log 48(100.07)=1.1897780373906
log 48(100.08)=1.189803849808
log 48(100.09)=1.1898296596463
log 48(100.1)=1.1898554669061
log 48(100.11)=1.1898812715879
log 48(100.12)=1.1899070736922
log 48(100.13)=1.1899328732195
log 48(100.14)=1.1899586701703
log 48(100.15)=1.1899844645451
log 48(100.16)=1.1900102563446
log 48(100.17)=1.190036045569
log 48(100.18)=1.1900618322191
log 48(100.19)=1.1900876162953
log 48(100.2)=1.190113397798
log 48(100.21)=1.1901391767279
log 48(100.22)=1.1901649530855
log 48(100.23)=1.1901907268711
log 48(100.24)=1.1902164980855
log 48(100.25)=1.190242266729
log 48(100.26)=1.1902680328022
log 48(100.27)=1.1902937963057
log 48(100.28)=1.1903195572398
log 48(100.29)=1.1903453156051
log 48(100.3)=1.1903710714022
log 48(100.31)=1.1903968246316
log 48(100.32)=1.1904225752937
log 48(100.33)=1.1904483233891
log 48(100.34)=1.1904740689183
log 48(100.35)=1.1904998118818
log 48(100.36)=1.1905255522801
log 48(100.37)=1.1905512901137
log 48(100.38)=1.1905770253831
log 48(100.39)=1.1906027580889
log 48(100.4)=1.1906284882315
log 48(100.41)=1.1906542158115
log 48(100.42)=1.1906799408294
log 48(100.43)=1.1907056632857
log 48(100.44)=1.1907313831808
log 48(100.45)=1.1907571005154
log 48(100.46)=1.1907828152899
log 48(100.47)=1.1908085275048
log 48(100.48)=1.1908342371606
log 48(100.49)=1.1908599442579
log 48(100.5)=1.1908856487971

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