BigGlenntheHeavy
Senior Member
- Joined
- Mar 8, 2009
- Messages
- 1,577
If one needs to know what (3.58)2/3 is, just plug it into your trusty TI−89 and voila, it
spits out (3.58)2/3 = 2.34021280359.
Now, without an Aladdin′s Lamp, a calculator, one had to revert to a book of logs, to wit:
Book of common logs to four decimal places.
Let N = (3.58)2/3, then logN = 32log(3.58)
logN = 32(.5539) = .36926, now you had to find its antilog.
Hence, N = 2.34 (without interpolation, nasty grunt work).
This was the norm when I was in high school; in college one was given the slide rule.
Either way one only got an approximation, now thanks to Aladdin′s Lamp, TI−89, we can leave
the drudgery to the calculator and pursue a higher realm.
spits out (3.58)2/3 = 2.34021280359.
Now, without an Aladdin′s Lamp, a calculator, one had to revert to a book of logs, to wit:
Book of common logs to four decimal places.
Let N = (3.58)2/3, then logN = 32log(3.58)
logN = 32(.5539) = .36926, now you had to find its antilog.
Hence, N = 2.34 (without interpolation, nasty grunt work).
This was the norm when I was in high school; in college one was given the slide rule.
Either way one only got an approximation, now thanks to Aladdin′s Lamp, TI−89, we can leave
the drudgery to the calculator and pursue a higher realm.