In this case, one is still following the same rules that apply for scientific notation which are:
*If there is no decimal, it is understood to be at the end of the number.
*The goal is to reach a nonzero numbers; in large numbers such as this, it is the first number in the set and in numbers that begin with a decimal, it is the first nonzero number shown.
-Count the number of spaces or jumps needed to get from the end of the number to the nonzero number, remembering to include all numbers before it.
-The number being multiplied by the base ten has to be 1-9
- The exponent of the base 10 depicts the number of jumps; positive exponents depict going from a larger to smaller number such as in this case and nenegative exponents depict a transition from a smaller to larger number.
Since this number includes multiple nonzero numbers, the goal is to include all but the zeroes in order to keep the number the same. Counting the numbers from the understood decimal at the end to the space after the first number counts 8 making the exponent 8, and since one is going from large to small, the exponent is positive:
1.541555 x 10^8
One way to write this number in scientific notation is 1.541555x108.
One way to write this number in scientific notation is 1.541555x108.
One way to write 154,155,500 in scientific notation is 1.541555x108.
Note that the number is same as 154155500.0. Shift 8 decimal places to the left from the starting point to obtain the positive exponent for base 10. Therefore, 154,155,500 in Scientific Notation is 1.541555 x 108
7.54
4,160,000,000 in Scientific Notation = 4.16 x 109
6,000 in Scientific Notation = 6 x 103
2006 into scientific notation is.. 2.006 * 103
0.000421g in Scientific Notation = 4.21 x 10-4 g
no
0.00000000000087 in Scientific Notation = 0.00000000000087 with decimal place shifted 13 places to the right0.00000000000087 * (1013) = 8.70.00000000000087 in Scientific Notation = 8.7 x 10-13
Scientific notation for change = symbol Δ