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Log 138 (122)

Log 138 (122) is the logarithm of 122 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 (122) = 0.97498958886668.

Calculate Log Base 138 of 122

To solve the equation log 138 (122) = 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 = 122, a = 138:
    log 138 (122) = log(122) / log(138)
  3. Evaluate the term:
    log(122) / log(138)
    = 1.39794000867204 / 1.92427928606188
    = 0.97498958886668
    = Logarithm of 122 with base 138
Here’s the logarithm of 138 to the base 122.

Additional Information

  • From the definition of logarithm b y = x ⇔ y = log b(x) follows that 138 0.97498958886668 = 122
  • 138 0.97498958886668 = 122 is the exponential form of log138 (122)
  • 138 is the logarithm base of log138 (122)
  • 122 is the argument of log138 (122)
  • 0.97498958886668 is the exponent or power of 138 0.97498958886668 = 122
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 122?

Log138 (122) = 0.97498958886668.

How do you find the value of log 138122?

Carry out the change of base logarithm operation.

What does log 138 122 mean?

It means the logarithm of 122 with base 138.

How do you solve log base 138 122?

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

What is the log base 138 of 122?

The value is 0.97498958886668.

How do you write log 138 122 in exponential form?

In exponential form is 138 0.97498958886668 = 122.

What is log138 (122) equal to?

log base 138 of 122 = 0.97498958886668.
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 122 = 0.97498958886668.

You now know everything about the logarithm with base 138, argument 122 and exponent 0.97498958886668.
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 (122).

Table

Our quick conversion table is easy to use:
log 138(x) Value
log 138(121.5)=0.97415610591348
log 138(121.51)=0.97417280916141
log 138(121.52)=0.97418951103476
log 138(121.53)=0.97420621153375
log 138(121.54)=0.97422291065861
log 138(121.55)=0.97423960840956
log 138(121.56)=0.97425630478684
log 138(121.57)=0.97427299979066
log 138(121.58)=0.97428969342126
log 138(121.59)=0.97430638567885
log 138(121.6)=0.97432307656367
log 138(121.61)=0.97433976607594
log 138(121.62)=0.97435645421589
log 138(121.63)=0.97437314098374
log 138(121.64)=0.97438982637972
log 138(121.65)=0.97440651040405
log 138(121.66)=0.97442319305696
log 138(121.67)=0.97443987433867
log 138(121.68)=0.97445655424942
log 138(121.69)=0.97447323278942
log 138(121.7)=0.9744899099589
log 138(121.71)=0.97450658575808
log 138(121.72)=0.9745232601872
log 138(121.73)=0.97453993324647
log 138(121.74)=0.97455660493612
log 138(121.75)=0.97457327525637
log 138(121.76)=0.97458994420746
log 138(121.77)=0.97460661178961
log 138(121.78)=0.97462327800303
log 138(121.79)=0.97463994284796
log 138(121.8)=0.97465660632462
log 138(121.81)=0.97467326843323
log 138(121.82)=0.97468992917403
log 138(121.83)=0.97470658854722
log 138(121.84)=0.97472324655305
log 138(121.85)=0.97473990319173
log 138(121.86)=0.97475655846348
log 138(121.87)=0.97477321236854
log 138(121.88)=0.97478986490712
log 138(121.89)=0.97480651607945
log 138(121.9)=0.97482316588576
log 138(121.91)=0.97483981432627
log 138(121.92)=0.97485646140119
log 138(121.93)=0.97487310711077
log 138(121.94)=0.97488975145521
log 138(121.95)=0.97490639443475
log 138(121.96)=0.9749230360496
log 138(121.97)=0.9749396763
log 138(121.98)=0.97495631518616
log 138(121.99)=0.97497295270832
log 138(122)=0.97498958886668
log 138(122.01)=0.97500622366148
log 138(122.02)=0.97502285709294
log 138(122.03)=0.97503948916129
log 138(122.04)=0.97505611986674
log 138(122.05)=0.97507274920952
log 138(122.06)=0.97508937718985
log 138(122.07)=0.97510600380796
log 138(122.08)=0.97512262906408
log 138(122.09)=0.97513925295841
log 138(122.1)=0.97515587549119
log 138(122.11)=0.97517249666264
log 138(122.12)=0.97518911647298
log 138(122.13)=0.97520573492243
log 138(122.14)=0.97522235201123
log 138(122.15)=0.97523896773958
log 138(122.16)=0.97525558210772
log 138(122.17)=0.97527219511586
log 138(122.18)=0.97528880676423
log 138(122.19)=0.97530541705305
log 138(122.2)=0.97532202598255
log 138(122.21)=0.97533863355294
log 138(122.22)=0.97535523976445
log 138(122.23)=0.9753718446173
log 138(122.24)=0.97538844811171
log 138(122.25)=0.97540505024791
log 138(122.26)=0.97542165102612
log 138(122.27)=0.97543825044656
log 138(122.28)=0.97545484850945
log 138(122.29)=0.97547144521501
log 138(122.3)=0.97548804056347
log 138(122.31)=0.97550463455504
log 138(122.32)=0.97552122718996
log 138(122.33)=0.97553781846844
log 138(122.34)=0.9755544083907
log 138(122.35)=0.97557099695696
log 138(122.36)=0.97558758416745
log 138(122.37)=0.97560417002239
log 138(122.38)=0.975620754522
log 138(122.39)=0.9756373376665
log 138(122.4)=0.97565391945612
log 138(122.41)=0.97567049989107
log 138(122.42)=0.97568707897157
log 138(122.43)=0.97570365669785
log 138(122.44)=0.97572023307012
log 138(122.45)=0.97573680808862
log 138(122.46)=0.97575338175356
log 138(122.47)=0.97576995406515
log 138(122.48)=0.97578652502363
log 138(122.49)=0.97580309462921
log 138(122.5)=0.97581966288212

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