The prefix "nano" means ten to the power minus 9. A meter therefore has 10 to the power 9 nanometers; a number which in English is usually called a "billion". The same conversion applies to other places where the prefix "nano" appears - for example, second versus nanosecond.
The nano- prefix means "× 10^-9"
→ there are 10^9 (or 1 × 10^9) nm in 1 m.
There are 1 billion nanometers (nm) in 1 meter (m).
3,582 in Scientific Notation = 3.582 x 103
You need scientific notation too make really big numbers ,like 15,600,000,000, to an easier way. The scientific notation of 15,600,000,000 is 1.56 x 1010You also need it to make really small small numbers , like 0.0000064, easier to use in a math problem. the scientific notation of 0.0000064 is 6.4 x10-6
the scientific notation was created to make it easier to multiply by ten EX: 3*104=? 3 with 4 zeros 30000
You multiply each ingredient by 300. There is no need for scientific notation.
There are 1 billion nanometers (nm) in 1 meter (m).
3,582 in Scientific Notation = 3.582 x 103
Yes.
Scientific notation is an easy way to handle large numbers and make them smaller so they are easy to handle. The scientific notation for 125.000000000000 is 1.25x10 to the 14Th power.
You need scientific notation too make really big numbers ,like 15,600,000,000, to an easier way. The scientific notation of 15,600,000,000 is 1.56 x 1010You also need it to make really small small numbers , like 0.0000064, easier to use in a math problem. the scientific notation of 0.0000064 is 6.4 x10-6
1.0 × 1022
the scientific notation was created to make it easier to multiply by ten EX: 3*104=? 3 with 4 zeros 30000
That's known as scientific notation. The scientific notation of 1439 is 1.439 x 103 The scientific notation of four million is 4 x 106
You multiply each ingredient by 300. There is no need for scientific notation.
Because it uses fewer digits as for example 9,000,000,000,000,000 in scientific notation is 9.0*10^15
If you mean scientific notation, it's 7.0x102
21.5 = 2.15e1 or 2.15*101