You have it in reverse. Scientific notation is useful for measuring stars.
In scientific notation - it would be 5.22x106
To express a budget in scientific notation, first identify the numerical value of the budget. For example, if a newspaper has a budget of $1,000,000, it would be written in scientific notation as 1.0 x 10^6. This format is useful for simplifying large numbers and making them easier to read and compare.
778412020 in scientific notation is: 7.78412 × 108
Because if they did not, then it would not have been called scientific notation!
Scientific notation is especially useful if you use very large numbers, or very small numbers (numbers close to zero). I am not sure whether biologists commonly use such numbers, though.
It's not likely that someone would be measuring something in feet that was large enough to warrant the use of scientific notation.
In scientific notation - it would be 5.22x106
12,280,000 would be 1.228x107 in scientific notation.
778412020 in scientific notation is: 7.78412 × 108
Because if they did not, then it would not have been called scientific notation!
To express a budget in scientific notation, first identify the numerical value of the budget. For example, if a newspaper has a budget of $1,000,000, it would be written in scientific notation as 1.0 x 10^6. This format is useful for simplifying large numbers and making them easier to read and compare.
Scientific notation is especially useful if you use very large numbers, or very small numbers (numbers close to zero). I am not sure whether biologists commonly use such numbers, though.
1.063x10^2 would be the scientific notation for the number.
It is: 9.3*10^-2 in scientific notation
It is: 3.9*10^7 in scientific notation
It is 7.28*10^-7 in scientific notation
It is: 4.73829*10^5 in scientific notation