It is used for recording very large or very small numbers. This is particularly true for sciences.
Scientific notation is useful for very large or very small numbers. If you use such numbers in your "real world", then scientific notation will be very useful. This may be the case, for example, when you work in science or engineering. Otherwise, if you don't work in an area that uses such large or small numbers, you probably won't find much use for them.
8.81
When working with really large or really small numbers.
Since the term is already written in the form a x 10b where b is the integer and a is any real value, 3.25 x 105 is already in scientific notation.
It is used for recording very large or very small numbers. This is particularly true for sciences.
Scientific notation is useful for very large or very small numbers. If you use such numbers in your "real world", then scientific notation will be very useful. This may be the case, for example, when you work in science or engineering. Otherwise, if you don't work in an area that uses such large or small numbers, you probably won't find much use for them.
8.81
large ocean, outer space, and atoms
what is 0.652 from real to scientific notation
When working with really large or really small numbers.
In both notations a number is represented in the form a*10^b where a is a real number and bis an integer.In scientific notation, 1
Since the term is already written in the form a x 10b where b is the integer and a is any real value, 3.25 x 105 is already in scientific notation.
Scientific notation is a short hand way of expressing numbers that are very large or very small such as 10,000,000 = 1.0*107 or 0.0000001 = 1.0*10-7
5.6 x 10^1 but the real answer is.... 0.56x10 to the 2 power
Scientists? It's handy for writing out any large numbers...
Well, honey, that's a big number you got there! Yes, that's a real number, but we call it 2 followed by 42 zeros. It's also known as 2 x 10^42 in scientific notation. So, yeah, it's real, just real big.