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Log 48 (128)

Log 48 (128) is the logarithm of 128 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 (128) = 1.2533656222573.

Calculate Log Base 48 of 128

To solve the equation log 48 (128) = 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 = 128, a = 48:
    log 48 (128) = log(128) / log(48)
  3. Evaluate the term:
    log(128) / log(48)
    = 1.39794000867204 / 1.92427928606188
    = 1.2533656222573
    = Logarithm of 128 with base 48
Here’s the logarithm of 48 to the base 128.

Additional Information

  • From the definition of logarithm b y = x ⇔ y = log b(x) follows that 48 1.2533656222573 = 128
  • 48 1.2533656222573 = 128 is the exponential form of log48 (128)
  • 48 is the logarithm base of log48 (128)
  • 128 is the argument of log48 (128)
  • 1.2533656222573 is the exponent or power of 48 1.2533656222573 = 128
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 128?

Log48 (128) = 1.2533656222573.

How do you find the value of log 48128?

Carry out the change of base logarithm operation.

What does log 48 128 mean?

It means the logarithm of 128 with base 48.

How do you solve log base 48 128?

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

What is the log base 48 of 128?

The value is 1.2533656222573.

How do you write log 48 128 in exponential form?

In exponential form is 48 1.2533656222573 = 128.

What is log48 (128) equal to?

log base 48 of 128 = 1.2533656222573.
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 128 = 1.2533656222573.

You now know everything about the logarithm with base 48, argument 128 and exponent 1.2533656222573.
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 (128).

Table

Our quick conversion table is easy to use:
log 48(x) Value
log 48(127.5)=1.2523545925251
log 48(127.51)=1.2523748519477
log 48(127.52)=1.2523951097814
log 48(127.53)=1.2524153660266
log 48(127.54)=1.2524356206835
log 48(127.55)=1.2524558737524
log 48(127.56)=1.2524761252335
log 48(127.57)=1.252496375127
log 48(127.58)=1.2525166234333
log 48(127.59)=1.2525368701525
log 48(127.6)=1.2525571152849
log 48(127.61)=1.2525773588307
log 48(127.62)=1.2525976007903
log 48(127.63)=1.2526178411638
log 48(127.64)=1.2526380799515
log 48(127.65)=1.2526583171537
log 48(127.66)=1.2526785527705
log 48(127.67)=1.2526987868023
log 48(127.68)=1.2527190192493
log 48(127.69)=1.2527392501117
log 48(127.7)=1.2527594793899
log 48(127.71)=1.2527797070839
log 48(127.72)=1.2527999331942
log 48(127.73)=1.2528201577208
log 48(127.74)=1.2528403806642
log 48(127.75)=1.2528606020245
log 48(127.76)=1.2528808218019
log 48(127.77)=1.2529010399968
log 48(127.78)=1.2529212566094
log 48(127.79)=1.2529414716399
log 48(127.8)=1.2529616850885
log 48(127.81)=1.2529818969556
log 48(127.82)=1.2530021072413
log 48(127.83)=1.2530223159459
log 48(127.84)=1.2530425230697
log 48(127.85)=1.2530627286129
log 48(127.86)=1.2530829325757
log 48(127.87)=1.2531031349585
log 48(127.88)=1.2531233357614
log 48(127.89)=1.2531435349846
log 48(127.9)=1.2531637326286
log 48(127.91)=1.2531839286934
log 48(127.92)=1.2532041231793
log 48(127.93)=1.2532243160866
log 48(127.94)=1.2532445074156
log 48(127.95)=1.2532646971664
log 48(127.96)=1.2532848853394
log 48(127.97)=1.2533050719347
log 48(127.98)=1.2533252569526
log 48(127.99)=1.2533454403934
log 48(128)=1.2533656222573
log 48(128.01)=1.2533858025445
log 48(128.02)=1.2534059812554
log 48(128.03)=1.2534261583901
log 48(128.04)=1.2534463339489
log 48(128.05)=1.253466507932
log 48(128.06)=1.2534866803397
log 48(128.07)=1.2535068511723
log 48(128.08)=1.2535270204299
log 48(128.09)=1.2535471881128
log 48(128.1)=1.2535673542213
log 48(128.11)=1.2535875187556
log 48(128.12)=1.253607681716
log 48(128.13)=1.2536278431027
log 48(128.14)=1.2536480029159
log 48(128.15)=1.253668161156
log 48(128.16)=1.2536883178231
log 48(128.17)=1.2537084729174
log 48(128.18)=1.2537286264393
log 48(128.19)=1.253748778389
log 48(128.2)=1.2537689287667
log 48(128.21)=1.2537890775727
log 48(128.22)=1.2538092248072
log 48(128.23)=1.2538293704704
log 48(128.24)=1.2538495145626
log 48(128.25)=1.2538696570841
log 48(128.26)=1.2538897980351
log 48(128.27)=1.2539099374159
log 48(128.28)=1.2539300752266
log 48(128.29)=1.2539502114675
log 48(128.3)=1.2539703461389
log 48(128.31)=1.2539904792411
log 48(128.32)=1.2540106107742
log 48(128.33)=1.2540307407385
log 48(128.34)=1.2540508691342
log 48(128.35)=1.2540709959617
log 48(128.36)=1.2540911212211
log 48(128.37)=1.2541112449127
log 48(128.38)=1.2541313670367
log 48(128.39)=1.2541514875933
log 48(128.4)=1.2541716065829
log 48(128.41)=1.2541917240057
log 48(128.42)=1.2542118398619
log 48(128.43)=1.2542319541517
log 48(128.44)=1.2542520668754
log 48(128.45)=1.2542721780332
log 48(128.46)=1.2542922876255
log 48(128.47)=1.2543123956523
log 48(128.48)=1.254332502114
log 48(128.49)=1.2543526070109
log 48(128.5)=1.254372710343
log 48(128.51)=1.2543928121108

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