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Log 148 (272)

Log 148 (272) is the logarithm of 272 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 (272) = 1.1217858596336.

Calculate Log Base 148 of 272

To solve the equation log 148 (272) = 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 = 272, a = 148:
    log 148 (272) = log(272) / log(148)
  3. Evaluate the term:
    log(272) / log(148)
    = 1.39794000867204 / 1.92427928606188
    = 1.1217858596336
    = Logarithm of 272 with base 148
Here’s the logarithm of 148 to the base 272.

Additional Information

  • From the definition of logarithm b y = x ⇔ y = log b(x) follows that 148 1.1217858596336 = 272
  • 148 1.1217858596336 = 272 is the exponential form of log148 (272)
  • 148 is the logarithm base of log148 (272)
  • 272 is the argument of log148 (272)
  • 1.1217858596336 is the exponent or power of 148 1.1217858596336 = 272
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 272?

Log148 (272) = 1.1217858596336.

How do you find the value of log 148272?

Carry out the change of base logarithm operation.

What does log 148 272 mean?

It means the logarithm of 272 with base 148.

How do you solve log base 148 272?

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

What is the log base 148 of 272?

The value is 1.1217858596336.

How do you write log 148 272 in exponential form?

In exponential form is 148 1.1217858596336 = 272.

What is log148 (272) equal to?

log base 148 of 272 = 1.1217858596336.
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 272 = 1.1217858596336.

You now know everything about the logarithm with base 148, argument 272 and exponent 1.1217858596336.
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 (272).

Table

Our quick conversion table is easy to use:
log 148(x) Value
log 148(271.5)=1.1214176689662
log 148(271.51)=1.1214250394224
log 148(271.52)=1.1214324096072
log 148(271.53)=1.1214397795205
log 148(271.54)=1.1214471491624
log 148(271.55)=1.1214545185329
log 148(271.56)=1.121461887632
log 148(271.57)=1.1214692564598
log 148(271.58)=1.1214766250162
log 148(271.59)=1.1214839933013
log 148(271.6)=1.1214913613152
log 148(271.61)=1.1214987290577
log 148(271.62)=1.121506096529
log 148(271.63)=1.121513463729
log 148(271.64)=1.1215208306579
log 148(271.65)=1.1215281973155
log 148(271.66)=1.121535563702
log 148(271.67)=1.1215429298173
log 148(271.68)=1.1215502956614
log 148(271.69)=1.1215576612345
log 148(271.7)=1.1215650265364
log 148(271.71)=1.1215723915673
log 148(271.72)=1.1215797563271
log 148(271.73)=1.1215871208159
log 148(271.74)=1.1215944850336
log 148(271.75)=1.1216018489804
log 148(271.76)=1.1216092126562
log 148(271.77)=1.121616576061
log 148(271.78)=1.1216239391949
log 148(271.79)=1.1216313020579
log 148(271.8)=1.1216386646499
log 148(271.81)=1.1216460269711
log 148(271.82)=1.1216533890215
log 148(271.83)=1.121660750801
log 148(271.84)=1.1216681123097
log 148(271.85)=1.1216754735475
log 148(271.86)=1.1216828345146
log 148(271.87)=1.121690195211
log 148(271.88)=1.1216975556366
log 148(271.89)=1.1217049157915
log 148(271.9)=1.1217122756757
log 148(271.91)=1.1217196352892
log 148(271.92)=1.1217269946321
log 148(271.93)=1.1217343537043
log 148(271.94)=1.1217417125059
log 148(271.95)=1.1217490710369
log 148(271.96)=1.1217564292973
log 148(271.97)=1.1217637872872
log 148(271.98)=1.1217711450065
log 148(271.99)=1.1217785024553
log 148(272)=1.1217858596336
log 148(272.01)=1.1217932165414
log 148(272.02)=1.1218005731788
log 148(272.03)=1.1218079295457
log 148(272.04)=1.1218152856422
log 148(272.05)=1.1218226414683
log 148(272.06)=1.121829997024
log 148(272.07)=1.1218373523094
log 148(272.08)=1.1218447073244
log 148(272.09)=1.1218520620691
log 148(272.1)=1.1218594165435
log 148(272.11)=1.1218667707477
log 148(272.12)=1.1218741246815
log 148(272.13)=1.1218814783451
log 148(272.14)=1.1218888317385
log 148(272.15)=1.1218961848617
log 148(272.16)=1.1219035377148
log 148(272.17)=1.1219108902976
log 148(272.18)=1.1219182426103
log 148(272.19)=1.1219255946529
log 148(272.2)=1.1219329464254
log 148(272.21)=1.1219402979278
log 148(272.22)=1.1219476491602
log 148(272.23)=1.1219550001225
log 148(272.24)=1.1219623508147
log 148(272.25)=1.121969701237
log 148(272.26)=1.1219770513893
log 148(272.27)=1.1219844012716
log 148(272.28)=1.121991750884
log 148(272.29)=1.1219991002265
log 148(272.3)=1.1220064492991
log 148(272.31)=1.1220137981017
log 148(272.32)=1.1220211466345
log 148(272.33)=1.1220284948975
log 148(272.34)=1.1220358428907
log 148(272.35)=1.122043190614
log 148(272.36)=1.1220505380675
log 148(272.37)=1.1220578852513
log 148(272.38)=1.1220652321654
log 148(272.39)=1.1220725788097
log 148(272.4)=1.1220799251843
log 148(272.41)=1.1220872712892
log 148(272.42)=1.1220946171245
log 148(272.43)=1.1221019626901
log 148(272.44)=1.1221093079861
log 148(272.45)=1.1221166530125
log 148(272.46)=1.1221239977693
log 148(272.47)=1.1221313422565
log 148(272.48)=1.1221386864742
log 148(272.49)=1.1221460304223
log 148(272.5)=1.122153374101
log 148(272.51)=1.1221607175102

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