SOLUTION: Another logarithm question:
Calculate log 5601 using table.
Not in table.
Closest: 5599 = 363 5611 = 364 Difference of .001
Difference of 5601 - 5999 = 2
Dif
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-> SOLUTION: Another logarithm question:
Calculate log 5601 using table.
Not in table.
Closest: 5599 = 363 5611 = 364 Difference of .001
Difference of 5601 - 5999 = 2
Dif
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Question 1210626: Another logarithm question:
Calculate log 5601 using table.
Not in table.
Closest: 5599 = 363 5611 = 364 Difference of .001
Difference of 5601 - 5999 = 2
Difference of 5611 - 5601 = 10
Not sure how to proceed.
The calculations in the response from @jogsarithmetic make no sense.
The answer they come out with is 3.748996, and they show the correct answer (from a calculator) to be 3.748265. The answer they come out with should not be that far from the correct answer.
From a table, find
log(5.60) = 0.748188
log(5.61) = 0.748963
(Note that the answer from the other tutor for log(5601) is greater than log(5610), which makes no sense...)
You want to find log(5601) = log(5.601*10^3) = 3+log(5.601)
5.601 is one-tenth of the way from 5.60 to 5.61, so log(5.601) is (very nearly) one-tenth of the way from log(5.60) to log(5.61).
The difference between log(5.60) and log(5.61) is 0.748963-0.748188 = 0.000775
The difference / (the discrepancy) between the numbers 3.748996 and 3.748265
in the post by @josgarithmetic tells/indicates that the procedure used by @josgarithmetic in his post is ERRONEOUS.
In order to convince that a computational procedure is valid,
the discrepancy MUST be much lesser.
I do not try to explain it to @josgarithmetic or to convince him (since it is useless).
I only want to aware a reader: do not accept wrong recommendations.