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Log 387 (148)

Log 387 (148) is the logarithm of 148 to the base 387:

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Simply the Best Logarithm Calculator! Click To Tweet As you can see in our log calculator, log387 (148) = 0.83868010946079.

Calculate Log Base 387 of 148

To solve the equation log 387 (148) = 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 = 148, a = 387:
    log 387 (148) = log(148) / log(387)
  3. Evaluate the term:
    log(148) / log(387)
    = 1.39794000867204 / 1.92427928606188
    = 0.83868010946079
    = Logarithm of 148 with base 387
Here’s the logarithm of 387 to the base 148.

Additional Information

  • From the definition of logarithm b y = x ⇔ y = log b(x) follows that 387 0.83868010946079 = 148
  • 387 0.83868010946079 = 148 is the exponential form of log387 (148)
  • 387 is the logarithm base of log387 (148)
  • 148 is the argument of log387 (148)
  • 0.83868010946079 is the exponent or power of 387 0.83868010946079 = 148
BTW: Logarithmic equations have many uses in various contexts in science.

Frequently searched terms on our site include:

FAQs

What is the value of log387 148?

Log387 (148) = 0.83868010946079.

How do you find the value of log 387148?

Carry out the change of base logarithm operation.

What does log 387 148 mean?

It means the logarithm of 148 with base 387.

How do you solve log base 387 148?

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

What is the log base 387 of 148?

The value is 0.83868010946079.

How do you write log 387 148 in exponential form?

In exponential form is 387 0.83868010946079 = 148.

What is log387 (148) equal to?

log base 387 of 148 = 0.83868010946079.
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 387 of 148 = 0.83868010946079.

You now know everything about the logarithm with base 387, argument 148 and exponent 0.83868010946079.
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 Log387 (148).

Table

Our quick conversion table is easy to use:
log 387(x) Value
log 387(147.5)=0.8381121576684
log 387(147.51)=0.83812353556031
log 387(147.52)=0.83813491268091
log 387(147.53)=0.83814628903031
log 387(147.54)=0.83815766460862
log 387(147.55)=0.83816903941593
log 387(147.56)=0.83818041345236
log 387(147.57)=0.83819178671801
log 387(147.58)=0.83820315921298
log 387(147.59)=0.83821453093738
log 387(147.6)=0.83822590189132
log 387(147.61)=0.83823727207488
log 387(147.62)=0.83824864148819
log 387(147.63)=0.83826001013134
log 387(147.64)=0.83827137800445
log 387(147.65)=0.8382827451076
log 387(147.66)=0.83829411144092
log 387(147.67)=0.83830547700449
log 387(147.68)=0.83831684179844
log 387(147.69)=0.83832820582285
log 387(147.7)=0.83833956907784
log 387(147.71)=0.8383509315635
log 387(147.72)=0.83836229327996
log 387(147.73)=0.83837365422729
log 387(147.74)=0.83838501440562
log 387(147.75)=0.83839637381505
log 387(147.76)=0.83840773245567
log 387(147.77)=0.8384190903276
log 387(147.78)=0.83843044743094
log 387(147.79)=0.83844180376578
log 387(147.8)=0.83845315933225
log 387(147.81)=0.83846451413043
log 387(147.82)=0.83847586816044
log 387(147.83)=0.83848722142237
log 387(147.84)=0.83849857391634
log 387(147.85)=0.83850992564244
log 387(147.86)=0.83852127660078
log 387(147.87)=0.83853262679147
log 387(147.88)=0.8385439762146
log 387(147.89)=0.83855532487028
log 387(147.9)=0.83856667275861
log 387(147.91)=0.83857801987971
log 387(147.92)=0.83858936623367
log 387(147.93)=0.83860071182059
log 387(147.94)=0.83861205664058
log 387(147.95)=0.83862340069374
log 387(147.96)=0.83863474398019
log 387(147.97)=0.83864608650001
log 387(147.98)=0.83865742825331
log 387(147.99)=0.83866876924021
log 387(148)=0.83868010946079
log 387(148.01)=0.83869144891517
log 387(148.02)=0.83870278760345
log 387(148.03)=0.83871412552573
log 387(148.04)=0.83872546268212
log 387(148.05)=0.83873679907271
log 387(148.06)=0.83874813469762
log 387(148.07)=0.83875946955694
log 387(148.08)=0.83877080365078
log 387(148.09)=0.83878213697924
log 387(148.1)=0.83879346954243
log 387(148.11)=0.83880480134045
log 387(148.12)=0.8388161323734
log 387(148.13)=0.83882746264139
log 387(148.14)=0.83883879214451
log 387(148.15)=0.83885012088288
log 387(148.16)=0.83886144885659
log 387(148.17)=0.83887277606576
log 387(148.18)=0.83888410251047
log 387(148.19)=0.83889542819084
log 387(148.2)=0.83890675310697
log 387(148.21)=0.83891807725895
log 387(148.22)=0.83892940064691
log 387(148.23)=0.83894072327093
log 387(148.24)=0.83895204513112
log 387(148.25)=0.83896336622758
log 387(148.26)=0.83897468656043
log 387(148.27)=0.83898600612975
log 387(148.28)=0.83899732493565
log 387(148.29)=0.83900864297824
log 387(148.3)=0.83901996025762
log 387(148.31)=0.83903127677389
log 387(148.32)=0.83904259252716
log 387(148.33)=0.83905390751752
log 387(148.34)=0.83906522174508
log 387(148.35)=0.83907653520995
log 387(148.36)=0.83908784791222
log 387(148.37)=0.839099159852
log 387(148.38)=0.83911047102939
log 387(148.39)=0.8391217814445
log 387(148.4)=0.83913309109742
log 387(148.41)=0.83914439998826
log 387(148.42)=0.83915570811713
log 387(148.43)=0.83916701548412
log 387(148.44)=0.83917832208933
log 387(148.45)=0.83918962793288
log 387(148.46)=0.83920093301486
log 387(148.47)=0.83921223733538
log 387(148.48)=0.83922354089453
log 387(148.49)=0.83923484369243
log 387(148.5)=0.83924614572917
log 387(148.51)=0.83925744700485

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