whenever you spot 2 numbers that are being mulitplied you need to use log(ab) = loga+logb so log15 = log3+log5 = log1+log15 and so on.... in case you spot branch of two quantity then its SUBSTRACTION in case you spot skill then its the final one...... Multiply ===> Addition in log international Divison ==> Subtraction in Log international
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Verified answer
Yes, you are correct.
One way to do log problems is to remember the connection between the following two equations:
x=b^y and y=log_b (x)
They are equivalent.
So one way to solve this question is:
log x = 0.00001
log x = y form, with base 10
change it to x=b^y form
you have x=10^0.00001
which is very close to 1, since 0.00001 is very close to 0.
x = 10^0.00001
is correct
Correct.
whenever you spot 2 numbers that are being mulitplied you need to use log(ab) = loga+logb so log15 = log3+log5 = log1+log15 and so on.... in case you spot branch of two quantity then its SUBSTRACTION in case you spot skill then its the final one...... Multiply ===> Addition in log international Divison ==> Subtraction in Log international