The answer 10 000 if we consider a billion=10e9.
Multiply by 10e9 Gm = 1 000 000 000 m Gm/s x 1 000 000 000m/s = 1.0 x 109m/s
in adding scientific notations you have to make their exponents the same then add the numbers. after you add coppy th x 10 and its exponent ex. 1.25 x 10e10 + 7.5 x 10e9 =1.25 x 10e10 + 0.75 x10e10(you can see that the decimal point is move to the left so that its exponent will be equal) =2.0 x 10e10(final ans.)
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1000Kg=1000000gms=1000000000milligram=10E9 mgms
The answer 10 000 if we consider a billion=10e9.
There are 1.655 x 10^-17 moles in 1 billion O2 molecules.
1. 500. 500. 000 in European notation or 1,500,500,000 in US notation.or 1.5005E9 in engineering notationor 1.5005 x 10e9 in scientific notation
Press: 1 0 ^ 6 (that is '1', '0', '^' sign and '6') Alternatively, if your calculator does not have exponential sign '^' you can do: 1000000 (1 with 6 zeroes after it). So 10E9 would be 1 with 9 zeroes after it.
Multiply by 10e9 Gm = 1 000 000 000 m Gm/s x 1 000 000 000m/s = 1.0 x 109m/s
A GB is 1000MB. Therefore 7475MB is 7.475GB. Here is the scientific notation. 10e12 = TB (Terabyte) 10e9 = GB (Gigabyte) 10e6 = MB (Megabyte) 10e3 = KB (Kilobyte) *Note: e is equivalent to Exponent of (number).
in adding scientific notations you have to make their exponents the same then add the numbers. after you add coppy th x 10 and its exponent ex. 1.25 x 10e10 + 7.5 x 10e9 =1.25 x 10e10 + 0.75 x10e10(you can see that the decimal point is move to the left so that its exponent will be equal) =2.0 x 10e10(final ans.)
When you see E, it translates to "X 10^" or "times ten raised to the..."For Example: 4E3 is the same as 4 X 103As you can see, the "E3" part translated to "X 103"This means that 10E9 translates to "10 X 109"which is equivalent to "1010", or "E10"More Examples:3E-4 --> 3 X 10-4yE8 --> y X 108-5Ex --> -5 X 10x
DNA is a relatively large molecule. The size of a human DNA molecule, when extended, can reach up to about 2 meters in length, but it is tightly packed within the cell nucleus through a complex coiling process.
The [haploid] human genome contains about 3 x 10E9 nucleotide pairs and that's just in one cell, so we are looking at an extremely large number when you take into consideration all of the cells in your body. That doesn't include the nucleotides that are part of the RNA/protein synthesis apparatus, which comprise another formidable quantity in each cell. I'm just guessing now, but I would say it would have to be in the 10E15 - 10E20 range.