Move the decimal point so that is immediately to the right of the first non-zero digit and keep track of how many places you had to move it , let's say you moved it e places. If you moved the point to the left , the number in scientific notation is
d.dd... X 10e If you moved it to the right, the number is
d.dd... X 10 -e
Examples
1234.567 = 1.234567 X 103
9010203.98 = 9.01020398 X 106
0.000001234 = 1.234 X 10-6
.0000720 = 7.20 X 10 -5
What about 7.4567? You don't have to move the decimal, so you
moved it 0 places and the answer would be 7.4567 X 100
which is correct but rather silly. You could just leave as 7.4567
1.79 × 102g
in scientific notation is 2.02 x 10^-7
It is: 5.0413*10^4
0.0000105 in Scientific Notation = 1.05 x 10-5
3.8 * 10^14
You can convert measurements using online services such as onlineconversion.com. Also, many scientific calculators have programs which convert measurements.
i'#][#
It is: 6.8595*102
1.79 × 102g
stack is the basic data structure needed to convert infix notation to postfix
in scientific notation is 2.02 x 10^-7
Oh, dude, you're hitting me with the big numbers! So, like, 5200000000000000000000000 in scientific notation is 5.2 x 10^24. That's like saying "yeah, this number is huge, but let's make it look more fancy and scientific." So, there you have it, all dressed up and ready for the math party!
It is: 5.0413*10^4
62 = 36 which is 3.6*101 in scientific notation
0.0000105 in Scientific Notation = 1.05 x 10-5
It is 2 in both notations.
4,550 = 4.55 × 103