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Log 138 (2)

Log 138 (2) is the logarithm of 2 to the base 138:

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Simply the Best Logarithm Calculator! Click To Tweet As you can see in our log calculator, log138 (2) = 0.1406761707131.

Calculate Log Base 138 of 2

To solve the equation log 138 (2) = 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 = 2, a = 138:
    log 138 (2) = log(2) / log(138)
  3. Evaluate the term:
    log(2) / log(138)
    = 1.39794000867204 / 1.92427928606188
    = 0.1406761707131
    = Logarithm of 2 with base 138
Here’s the logarithm of 138 to the base 2.

Additional Information

  • From the definition of logarithm b y = x ⇔ y = log b(x) follows that 138 0.1406761707131 = 2
  • 138 0.1406761707131 = 2 is the exponential form of log138 (2)
  • 138 is the logarithm base of log138 (2)
  • 2 is the argument of log138 (2)
  • 0.1406761707131 is the exponent or power of 138 0.1406761707131 = 2
BTW: Logarithmic equations have many uses in various contexts in science.

Frequently searched terms on our site include:

FAQs

What is the value of log138 2?

Log138 (2) = 0.1406761707131.

How do you find the value of log 1382?

Carry out the change of base logarithm operation.

What does log 138 2 mean?

It means the logarithm of 2 with base 138.

How do you solve log base 138 2?

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

What is the log base 138 of 2?

The value is 0.1406761707131.

How do you write log 138 2 in exponential form?

In exponential form is 138 0.1406761707131 = 2.

What is log138 (2) equal to?

log base 138 of 2 = 0.1406761707131.
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 138 of 2 = 0.1406761707131.

You now know everything about the logarithm with base 138, argument 2 and exponent 0.1406761707131.
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 Log138 (2).

Table

Our quick conversion table is easy to use:
log 138(x) Value
log 138(1.5)=0.082290284612214
log 138(1.51)=0.083638813253774
log 138(1.52)=0.084978440651331
log 138(1.53)=0.086309283543775
log 138(1.54)=0.087631456388421
log 138(1.55)=0.088945071420079
log 138(1.56)=0.09025023870823
log 138(1.57)=0.091547066212367
log 138(1.58)=0.092835659835583
log 138(1.59)=0.094116123476469
log 138(1.6)=0.095388559079385
log 138(1.61)=0.096653066683165
log 138(1.62)=0.097909744468312
log 138(1.63)=0.099158688802743
log 138(1.64)=0.10039999428613
log 138(1.65)=0.10163375379291
log 138(1.66)=0.10286005851397
log 138(1.67)=0.1040789979971
log 138(1.68)=0.10529066018622
log 138(1.69)=0.10649513145947
log 138(1.7)=0.10769249666617
log 138(1.71)=0.10888283916265
log 138(1.72)=0.11006624084712
log 138(1.73)=0.11124278219342
log 138(1.74)=0.11241254228394
log 138(1.75)=0.11357559884144
log 138(1.76)=0.11473202826008
log 138(1.77)=0.11588190563554
log 138(1.78)=0.11702530479423
log 138(1.79)=0.11816229832179
log 138(1.8)=0.11929295759071
log 138(1.81)=0.12041735278723
log 138(1.82)=0.12153555293746
log 138(1.83)=0.12264762593283
log 138(1.84)=0.12375363855483
log 138(1.85)=0.12485365649904
log 138(1.86)=0.12594774439857
log 138(1.87)=0.12703596584687
log 138(1.88)=0.12811838341985
log 138(1.89)=0.12919505869754
log 138(1.9)=0.13026605228505
log 138(1.91)=0.13133142383309
log 138(1.92)=0.13239123205788
log 138(1.93)=0.13344553476057
log 138(1.94)=0.13449438884617
log 138(1.95)=0.13553785034195
log 138(1.96)=0.13657597441544
log 138(1.97)=0.13760881539191
log 138(1.98)=0.13863642677141
log 138(1.99)=0.13965886124543
log 138(2)=0.1406761707131
log 138(2.01)=0.14168840629701
log 138(2.02)=0.14269561835858
log 138(2.03)=0.14369785651317
log 138(2.04)=0.14469516964467
log 138(2.05)=0.14568760591985
log 138(2.06)=0.14667521280233
log 138(2.07)=0.14765803706615
log 138(2.08)=0.14863612480912
log 138(2.09)=0.14960952146575
log 138(2.1)=0.15057827181993
log 138(2.11)=0.15154242001732
log 138(2.12)=0.15250200957736
log 138(2.13)=0.15345708340512
log 138(2.14)=0.15440768380276
log 138(2.15)=0.15535385248084
log 138(2.16)=0.1562956305692
log 138(2.17)=0.1572330586278
log 138(2.18)=0.15816617665712
log 138(2.19)=0.15909502410842
log 138(2.2)=0.1600196398938
log 138(2.21)=0.16094006239591
log 138(2.22)=0.16185632947753
log 138(2.23)=0.16276847849096
log 138(2.24)=0.16367654628711
log 138(2.25)=0.16458056922443
log 138(2.26)=0.16548058317768
log 138(2.27)=0.16637662354646
log 138(2.28)=0.16726872526354
log 138(2.29)=0.16815692280307
log 138(2.3)=0.16904125018855
log 138(2.31)=0.16992174100063
log 138(2.32)=0.17079842838483
log 138(2.33)=0.17167134505895
log 138(2.34)=0.17254052332044
log 138(2.35)=0.17340599505357
log 138(2.36)=0.17426779173643
log 138(2.37)=0.1751259444478
log 138(2.38)=0.17598048387389
log 138(2.39)=0.17683144031493
log 138(2.4)=0.1776788436916
log 138(2.41)=0.17852272355132
log 138(2.42)=0.1793631090745
log 138(2.43)=0.18020002908053
log 138(2.44)=0.18103351203372
log 138(2.45)=0.18186358604916
log 138(2.46)=0.18269027889834
log 138(2.47)=0.18351361801479
log 138(2.48)=0.18433363049946
log 138(2.49)=0.18515034312618
log 138(2.5)=0.18596378234682
log 138(2.51)=0.18677397429646

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