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Log 160 (120)

Log 160 (120) is the logarithm of 120 to the base 160:

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Result:
Simply the Best Logarithm Calculator! Click To Tweet As you can see in our log calculator, log160 (120) = 0.94331581874334.

Calculate Log Base 160 of 120

To solve the equation log 160 (120) = 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 = 120, a = 160:
    log 160 (120) = log(120) / log(160)
  3. Evaluate the term:
    log(120) / log(160)
    = 1.39794000867204 / 1.92427928606188
    = 0.94331581874334
    = Logarithm of 120 with base 160
Here’s the logarithm of 160 to the base 120.

Additional Information

  • From the definition of logarithm b y = x ⇔ y = log b(x) follows that 160 0.94331581874334 = 120
  • 160 0.94331581874334 = 120 is the exponential form of log160 (120)
  • 160 is the logarithm base of log160 (120)
  • 120 is the argument of log160 (120)
  • 0.94331581874334 is the exponent or power of 160 0.94331581874334 = 120
BTW: Logarithmic equations have many uses in various contexts in science.

Frequently searched terms on our site include:

FAQs

What is the value of log160 120?

Log160 (120) = 0.94331581874334.

How do you find the value of log 160120?

Carry out the change of base logarithm operation.

What does log 160 120 mean?

It means the logarithm of 120 with base 160.

How do you solve log base 160 120?

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

What is the log base 160 of 120?

The value is 0.94331581874334.

How do you write log 160 120 in exponential form?

In exponential form is 160 0.94331581874334 = 120.

What is log160 (120) equal to?

log base 160 of 120 = 0.94331581874334.
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 160 of 120 = 0.94331581874334.

You now know everything about the logarithm with base 160, argument 120 and exponent 0.94331581874334.
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 Log160 (120).

Table

Our quick conversion table is easy to use:
log 160(x) Value
log 160(119.5)=0.94249311363756
log 160(119.51)=0.94250960144868
log 160(119.52)=0.94252608788023
log 160(119.53)=0.94254257293245
log 160(119.54)=0.94255905660557
log 160(119.55)=0.94257553889983
log 160(119.56)=0.94259201981545
log 160(119.57)=0.94260849935266
log 160(119.58)=0.9426249775117
log 160(119.59)=0.94264145429279
log 160(119.6)=0.94265792969617
log 160(119.61)=0.94267440372206
log 160(119.62)=0.9426908763707
log 160(119.63)=0.94270734764232
log 160(119.64)=0.94272381753714
log 160(119.65)=0.94274028605539
log 160(119.66)=0.94275675319732
log 160(119.67)=0.94277321896314
log 160(119.68)=0.94278968335309
log 160(119.69)=0.94280614636739
log 160(119.7)=0.94282260800628
log 160(119.71)=0.94283906826998
log 160(119.72)=0.94285552715874
log 160(119.73)=0.94287198467276
log 160(119.74)=0.94288844081229
log 160(119.75)=0.94290489557756
log 160(119.76)=0.94292134896879
log 160(119.77)=0.94293780098622
log 160(119.78)=0.94295425163007
log 160(119.79)=0.94297070090057
log 160(119.8)=0.94298714879795
log 160(119.81)=0.94300359532244
log 160(119.82)=0.94302004047427
log 160(119.83)=0.94303648425368
log 160(119.84)=0.94305292666088
log 160(119.85)=0.94306936769611
log 160(119.86)=0.94308580735959
log 160(119.87)=0.94310224565156
log 160(119.88)=0.94311868257224
log 160(119.89)=0.94313511812187
log 160(119.9)=0.94315155230066
log 160(119.91)=0.94316798510886
log 160(119.92)=0.94318441654669
log 160(119.93)=0.94320084661437
log 160(119.94)=0.94321727531214
log 160(119.95)=0.94323370264022
log 160(119.96)=0.94325012859885
log 160(119.97)=0.94326655318824
log 160(119.98)=0.94328297640864
log 160(119.99)=0.94329939826026
log 160(120)=0.94331581874334
log 160(120.01)=0.9433322378581
log 160(120.02)=0.94334865560477
log 160(120.03)=0.94336507198358
log 160(120.04)=0.94338148699476
log 160(120.05)=0.94339790063854
log 160(120.06)=0.94341431291513
log 160(120.07)=0.94343072382478
log 160(120.08)=0.94344713336771
log 160(120.09)=0.94346354154414
log 160(120.1)=0.94347994835431
log 160(120.11)=0.94349635379843
log 160(120.12)=0.94351275787675
log 160(120.13)=0.94352916058948
log 160(120.14)=0.94354556193686
log 160(120.15)=0.9435619619191
log 160(120.16)=0.94357836053644
log 160(120.17)=0.94359475778911
log 160(120.18)=0.94361115367733
log 160(120.19)=0.94362754820133
log 160(120.2)=0.94364394136134
log 160(120.21)=0.94366033315758
log 160(120.22)=0.94367672359028
log 160(120.23)=0.94369311265966
log 160(120.24)=0.94370950036596
log 160(120.25)=0.9437258867094
log 160(120.26)=0.94374227169021
log 160(120.27)=0.94375865530861
log 160(120.28)=0.94377503756483
log 160(120.29)=0.94379141845909
log 160(120.3)=0.94380779799163
log 160(120.31)=0.94382417616267
log 160(120.32)=0.94384055297244
log 160(120.33)=0.94385692842116
log 160(120.34)=0.94387330250905
log 160(120.35)=0.94388967523635
log 160(120.36)=0.94390604660328
log 160(120.37)=0.94392241661007
log 160(120.38)=0.94393878525694
log 160(120.39)=0.94395515254411
log 160(120.4)=0.94397151847183
log 160(120.41)=0.9439878830403
log 160(120.42)=0.94400424624976
log 160(120.43)=0.94402060810043
log 160(120.44)=0.94403696859253
log 160(120.45)=0.9440533277263
log 160(120.46)=0.94406968550196
log 160(120.47)=0.94408604191973
log 160(120.48)=0.94410239697984
log 160(120.49)=0.94411875068252
log 160(120.5)=0.94413510302798

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