* 94 grams
Incorrect. 0.49 is already expressed in standard notation.
You have already expressed it in standard notation. However, in standard form the result is: 1.175 × 10-1
The mass of a typical bacterial cell is approximately 1 to 5 picograms (pg). In standard notation, this is about 1 × 10^-12 to 5 × 10^-12 grams. In scientific notation, it can be expressed as 1-5 × 10^-12 g, depending on the specific type of bacteria.
The number 7,004,300,000 grams can be expressed in scientific notation as 7.0043 × 10^9 g.
0.00428
Mount Everest has a height of 8,848.86 meters above sea level, which can be expressed in standard notation as 8.84886 × 10^3 meters.
Expressed in standard form, this would be equal to 7.62 x 108.
The standard form of ( 10^{-9} ) is expressed as ( 0.000000001 ). In scientific notation, it represents a very small number, specifically one billionth.
A number is written in standard notation when it is expressed as a whole number or a decimal without any exponents or scientific notation. For example, numbers like 1,234 or 0.056 are in standard notation, while numbers like 1.23 × 10^3 or 4.5 × 10^-2 are not. In standard notation, the digits are arranged in a straightforward manner, making it easy to read and interpret.
If you mean: 4.265*10^-7 then it is 0.0000004265
The mass 0.0012 grams is expressed as 1.2 X 10-3 g (1.2e-3).
The standard form of four million is written as 4,000,000. In scientific notation, it can be expressed as (4 \times 10^6).