Home » Logarithms of 2 » Log2 (100)

# Log2 (100)

Log2 (100) is the logarithm of 100 to the base 2:

## Calculator

log

Result:
As you can see in our log calculator, log2 (100) = 6.6438561898.

## Calculate Log Base 2 of 100

To solve the equation log2 (100) = x carry out the following steps.
1. Apply the change of base rule:
loga (x) = logb (x) / logb (a)
With b = 10:
loga (x) = log(x) / log(a)
2. Substitute the variables:
With x = 100, a = 2:
log2 (100) = log(100) / log(2)
3. Evaluate the term:
log(100) / log(2)
= 2 / 0.301029995663981
= 6.6438561898
= Logarithm of 100 with base 2
Here’s the logarithm of 2 to the base 100.

• From the definition of logarithm by = x ⇔ y = logb(x) follows that 26.6438561898 = 100
• 26.6438561898 = 100 is the exponential form of log2 (100)
• 2 is the logarithm base of log2 (100)
• 100 is the argument of log2 (100)
• 6.6438561898 is the exponent or power of 26.6438561898 = 100
BTW: Logarithmic equations have many uses in various contexts in science.

Frequently searched terms on our site include:

## FAQs

### What is the value of log2 100?

Log2 (100) = 6.6438561898.

### How do you find the value of log2100?

Carry out the change of base logarithm operation.

### What does log2 100 mean?

It means the logarithm of 100 with base 2.

### How do you solve log base 2 100?

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

### What is the log base 2 of 100?

The value is 6.6438561898.

### How do you write log2 100 in exponential form?

In exponential form is 26.6438561898 = 100.

### What is log2 (100) equal to?

log base 2 of 100 = 6.6438561898.

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 2 of 100 = 6.6438561898.

You now know everything about the logarithm with base 2, argument 100 and exponent 6.6438561898.
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.

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## Table

Our quick conversion table is easy to use:
log2(x)Value
log2(99.5)=6.6366246205
log2(99.51)=6.6367696077
log2(99.52)=6.6369145804
log2(99.53)=6.6370595384
log2(99.54)=6.6372044819
log2(99.55)=6.6373494108
log2(99.56)=6.6374943252
log2(99.57)=6.637639225
log2(99.58)=6.6377841103
log2(99.59)=6.637928981
log2(99.6)=6.6380738372
log2(99.61)=6.6382186788
log2(99.62)=6.6383635059
log2(99.63)=6.6385083184
log2(99.64)=6.6386531165
log2(99.65)=6.6387979
log2(99.66)=6.6389426689
log2(99.67)=6.6390874233
log2(99.68)=6.6392321632
log2(99.69)=6.6393768886
log2(99.7)=6.6395215995
log2(99.71)=6.6396662959
log2(99.72)=6.6398109777
log2(99.73)=6.6399556451
log2(99.74)=6.6401002979
log2(99.75)=6.6402449362
log2(99.76)=6.6403895601
log2(99.77)=6.6405341694
log2(99.78)=6.6406787642
log2(99.79)=6.6408233446
log2(99.8)=6.6409679104
log2(99.81)=6.6411124618
log2(99.82)=6.6412569987
log2(99.83)=6.6414015211
log2(99.84)=6.6415460291
log2(99.85)=6.6416905226
log2(99.86)=6.6418350016
log2(99.87)=6.6419794661
log2(99.88)=6.6421239162
log2(99.89)=6.6422683518
log2(99.9)=6.6424127729
log2(99.91)=6.6425571796
log2(99.92)=6.6427015718
log2(99.93)=6.6428459496
log2(99.94)=6.642990313
log2(99.95)=6.6431346619
log2(99.96)=6.6432789963
log2(99.97)=6.6434233163
log2(99.98)=6.6435676219
log2(99.99)=6.6437119131
log2(100)=6.6438561898
log2(100.01)=6.6440004521
log2(100.02)=6.6441446999
log2(100.03)=6.6442889334
log2(100.04)=6.6444331524
log2(100.05)=6.644577357
log2(100.06)=6.6447215472
log2(100.07)=6.644865723
log2(100.08)=6.6450098844
log2(100.09)=6.6451540314
log2(100.1)=6.6452981639
log2(100.11)=6.6454422821
log2(100.12)=6.6455863859
log2(100.13)=6.6457304753
log2(100.14)=6.6458745503
log2(100.15)=6.6460186109
log2(100.16)=6.6461626572
log2(100.17)=6.646306689
log2(100.18)=6.6464507065
log2(100.19)=6.6465947096
log2(100.2)=6.6467386983
log2(100.21)=6.6468826727
log2(100.22)=6.6470266327
log2(100.23)=6.6471705783
log2(100.24)=6.6473145095
log2(100.25)=6.6474584265
log2(100.26)=6.647602329
log2(100.27)=6.6477462172
log2(100.28)=6.6478900911
log2(100.29)=6.6480339506
log2(100.3)=6.6481777957
log2(100.31)=6.6483216265
log2(100.32)=6.648465443
log2(100.33)=6.6486092452
log2(100.34)=6.648753033
log2(100.35)=6.6488968065
log2(100.36)=6.6490405656
log2(100.37)=6.6491843105
log2(100.38)=6.649328041
log2(100.39)=6.6494717572
log2(100.4)=6.6496154591
log2(100.41)=6.6497591466
log2(100.42)=6.6499028199
log2(100.43)=6.6500464788
log2(100.44)=6.6501901235
log2(100.45)=6.6503337538
log2(100.46)=6.6504773699
log2(100.47)=6.6506209717
log2(100.48)=6.6507645591
log2(100.49)=6.6509081323
log2(100.5)=6.6510516912