Attometer to Nanometer Converter
attometre (am) to nanometre (nm)
1 Attometer = 1e-9 Nanometer
How many Nanometer in 1 Attometer? The answer is 1e-9
Attometer
Atto- (Symbol: 'a') is the prefix of the SI system, denoting one quintillionth or 10−18. Examples: one attosecond or one attometer. The prefix was approved in 1964. Derived from the Danish word 'atten', which means 'eighteen'.
Convert atto[unit] to unit:
unit | conversion | exact value | ||
---|---|---|---|---|
1 a | 1 × 10−18 |
|
Conversion from unit to atto[unit]:
unit | conversion | exact value |
---|---|---|
1 | 1 × 1018 a | 1×1000000000000000000 a |
Nanometer
A nanometer (denoted by 'nm') is a unit for measuring lengths, used to measure very short lengths which are often the dimensions of an atom and equal to one billionth (short scale) of one meter (0.000000001 m). That is, 1 millimeter contains a million nanometers, and it has many uses in physics and chemistry.
Attometer to Nanometer Formula
Formula 1:-
nm = am / 1000000000
Formula 2:-
nm = am * 0.000000001
How to convert Attometer to Nanometer
Here's how to convert 5 Attometres to Nanometres using the formula 1 and formula 2.
Q: 5 am = ? nm
Using Formula 1:-
5 am = (5 ÷ 1000000000) = 0.000000005 nm
Using Formula 2:-
5 am = (5 × 0.000000001) = 0.000000005 nm
Attometer to Nanometer Conversion Table
Attometer [am] | Nanometer [nm] |
---|---|
0.01 am | 0.00000000001 nm |
0.02 am | 0.00000000002 nm |
0.03 am | 0.00000000003 nm |
0.04 am | 0.00000000004 nm |
0.05 am | 0.00000000005 nm |
0.1 am | 0.0000000001 nm |
0.2 am | 0.0000000002 nm |
0.3 am | 0.0000000003 nm |
0.4 am | 0.0000000004 nm |
0.5 am | 0.0000000005 nm |
1 am | 0.000000001 nm |
2 am | 0.000000002 nm |
3 am | 0.000000003 nm |
4 am | 0.000000004 nm |
5 am | 0.000000005 nm |
10 am | 0.00000001 nm |
20 am | 0.00000002 nm |
50 am | 0.00000005 nm |
100 am | 0.0000001 nm |
1000 am | 0.000001 nm |
10000 am | 0.00001 nm |
100000 am | 0.0001 nm |
1000000 am | 0.001 nm |
10000000 am | 0.01 nm |
100000000 am | 0.1 nm |
1000000000 am | 1 nm |
10000000000 am | 10 nm |