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Log 118 (387)

Log 118 (387) is the logarithm of 387 to the base 118:

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Simply the Best Logarithm Calculator! Click To Tweet As you can see in our log calculator, log118 (387) = 1.2489663773776.

Calculate Log Base 118 of 387

To solve the equation log 118 (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 = 118:
    log 118 (387) = log(387) / log(118)
  3. Evaluate the term:
    log(387) / log(118)
    = 1.39794000867204 / 1.92427928606188
    = 1.2489663773776
    = Logarithm of 387 with base 118
Here’s the logarithm of 118 to the base 387.

Additional Information

  • From the definition of logarithm b y = x ⇔ y = log b(x) follows that 118 1.2489663773776 = 387
  • 118 1.2489663773776 = 387 is the exponential form of log118 (387)
  • 118 is the logarithm base of log118 (387)
  • 387 is the argument of log118 (387)
  • 1.2489663773776 is the exponent or power of 118 1.2489663773776 = 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 log118 387?

Log118 (387) = 1.2489663773776.

How do you find the value of log 118387?

Carry out the change of base logarithm operation.

What does log 118 387 mean?

It means the logarithm of 387 with base 118.

How do you solve log base 118 387?

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

What is the log base 118 of 387?

The value is 1.2489663773776.

How do you write log 118 387 in exponential form?

In exponential form is 118 1.2489663773776 = 387.

What is log118 (387) equal to?

log base 118 of 387 = 1.2489663773776.
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 118 of 387 = 1.2489663773776.

You now know everything about the logarithm with base 118, argument 387 and exponent 1.2489663773776.
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 Log118 (387).

Table

Our quick conversion table is easy to use:
log 118(x) Value
log 118(386.5)=1.2486953837773
log 118(386.51)=1.2487008070841
log 118(386.52)=1.2487062302506
log 118(386.53)=1.2487116532768
log 118(386.54)=1.2487170761627
log 118(386.55)=1.2487224989084
log 118(386.56)=1.2487279215137
log 118(386.57)=1.2487333439788
log 118(386.58)=1.2487387663036
log 118(386.59)=1.2487441884881
log 118(386.6)=1.2487496105324
log 118(386.61)=1.2487550324364
log 118(386.62)=1.2487604542002
log 118(386.63)=1.2487658758237
log 118(386.64)=1.2487712973071
log 118(386.65)=1.2487767186502
log 118(386.66)=1.2487821398531
log 118(386.67)=1.2487875609158
log 118(386.68)=1.2487929818383
log 118(386.69)=1.2487984026206
log 118(386.7)=1.2488038232627
log 118(386.71)=1.2488092437646
log 118(386.72)=1.2488146641264
log 118(386.73)=1.248820084348
log 118(386.74)=1.2488255044295
log 118(386.75)=1.2488309243708
log 118(386.76)=1.248836344172
log 118(386.77)=1.2488417638331
log 118(386.78)=1.248847183354
log 118(386.79)=1.2488526027348
log 118(386.8)=1.2488580219755
log 118(386.81)=1.2488634410761
log 118(386.82)=1.2488688600366
log 118(386.83)=1.248874278857
log 118(386.84)=1.2488796975373
log 118(386.85)=1.2488851160776
log 118(386.86)=1.2488905344778
log 118(386.87)=1.2488959527379
log 118(386.88)=1.248901370858
log 118(386.89)=1.2489067888381
log 118(386.9)=1.2489122066781
log 118(386.91)=1.248917624378
log 118(386.92)=1.248923041938
log 118(386.93)=1.2489284593579
log 118(386.94)=1.2489338766378
log 118(386.95)=1.2489392937777
log 118(386.96)=1.2489447107777
log 118(386.97)=1.2489501276376
log 118(386.98)=1.2489555443576
log 118(386.99)=1.2489609609376
log 118(387)=1.2489663773776
log 118(387.01)=1.2489717936776
log 118(387.02)=1.2489772098378
log 118(387.03)=1.2489826258579
log 118(387.04)=1.2489880417382
log 118(387.05)=1.2489934574785
log 118(387.06)=1.2489988730788
log 118(387.07)=1.2490042885393
log 118(387.08)=1.2490097038599
log 118(387.09)=1.2490151190405
log 118(387.1)=1.2490205340813
log 118(387.11)=1.2490259489822
log 118(387.12)=1.2490313637432
log 118(387.13)=1.2490367783643
log 118(387.14)=1.2490421928456
log 118(387.15)=1.249047607187
log 118(387.16)=1.2490530213886
log 118(387.17)=1.2490584354503
log 118(387.18)=1.2490638493722
log 118(387.19)=1.2490692631542
log 118(387.2)=1.2490746767965
log 118(387.21)=1.2490800902989
log 118(387.22)=1.2490855036615
log 118(387.23)=1.2490909168844
log 118(387.24)=1.2490963299674
log 118(387.25)=1.2491017429106
log 118(387.26)=1.2491071557141
log 118(387.27)=1.2491125683778
log 118(387.28)=1.2491179809017
log 118(387.29)=1.2491233932859
log 118(387.3)=1.2491288055303
log 118(387.31)=1.249134217635
log 118(387.32)=1.2491396296
log 118(387.33)=1.2491450414252
log 118(387.34)=1.2491504531107
log 118(387.35)=1.2491558646565
log 118(387.36)=1.2491612760626
log 118(387.37)=1.249166687329
log 118(387.38)=1.2491720984557
log 118(387.39)=1.2491775094427
log 118(387.4)=1.2491829202901
log 118(387.41)=1.2491883309977
log 118(387.42)=1.2491937415657
log 118(387.43)=1.2491991519941
log 118(387.44)=1.2492045622828
log 118(387.45)=1.2492099724319
log 118(387.46)=1.2492153824413
log 118(387.47)=1.2492207923111
log 118(387.48)=1.2492262020413
log 118(387.49)=1.2492316116319
log 118(387.5)=1.2492370210829
log 118(387.51)=1.2492424303943

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