72000000 written in scientific notation is 7.2 × 107
Orbital notation shows how the electrons are arranged in the orbitals of the sublevels. Electron configuration shows only how many electrons are in each sublevel.
a way to make very large or small numbers easier to work with. Ex. 4,000 in scientific notation is 4 x 103. Also, .0004 would be 4 x 10-4. A positive exponent represents how many spaces you move the decimal point to the left. A negative exponent shows how many spaces you move the decimal to the right.
figure it out HOE!
demonstration
Whenever new data shows that its wrong.
3.33 x 10^10 or 3.33E10
Scientific notation shows things to the power of 10 So 35 in scientific notation is 3.5 x 10 Other examples are 350 is 3.5 x 102
It is: 3.08*10-10
2.11 x 10^4
2.17 × 10-3 written in standard notation is 0.00217
The little number above the base. It is called the exponent.
The number 76,650,000,000 in scientific notation is expressed as 7.665 × 10^10. This format shows the number as a product of a coefficient (7.665) and a power of 10 (10 raised to the 10th power).
It shows the value of the number. The order of magnitude is readily seen.
The number 194.7 in scientific notation is expressed as 1.947 × 10². This format shows that the decimal point has been moved two places to the left, indicating that the original number is multiplied by 10 raised to the power of 2.
15 000 894 written with 5 significant figures is 15 001 000, as the 894 rounds up to the nearest significant figure. 1.5001*10^7
That's scientific notation. 300 = 3 x 102
Scientific notation is when you have a # from 1 to 10 as your first factor without it being 10, and a power of 10 for the second factor in which the exponent shows how many decimal points moved. So, 0.1000102 would be 1.000102 x 10^-1