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50 BOHR, ATOMIC UNIT OF LENGTH
50 Bohr, atomic unit of length to Light-year (50 a0 to Light-years)
Convert 50 Bohr, atomic unit of length to Light-year (a0 to Light-years) with our conversion calculator and conversion tables. To convert 50 a0 to Light-years use direct conversion formula below.
50 a0 = 2.7967037647551E-25 Light-years.
You also can convert 50 Bohr, atomic unit of length to other length units.
50 BOHR, ATOMIC UNIT OF LENGTH
=
2.7967037647551E-25 LIGHT-YEAR
Direct conversion formula: 1 Bohr, atomic unit of length * 1.7878189542316E+26 = 1 Light-year
Opposite conversion: 50 Light-year to Bohr, atomic unit of length
Conversion calculator
Check out conversion of 50 a0 to most popular length units:
50 a0 to Kilometers50 a0 to Millimeters
50 a0 to Miles
50 a0 to Centimeter
50 a0 to Inches
Conversion table: Bohr, atomic unit of length to Light-year
| BOHR, ATOMIC UNIT OF LENGTH | LIGHT-YEAR | |
|---|---|---|
| 1 | = | 5.5934075295102E-27 |
| 2 | = | 1.118681505902E-26 |
| 3 | = | 1.6780222588531E-26 |
| 4 | = | 2.2373630118041E-26 |
| 5 | = | 2.7967037647551E-26 |
| 7 | = | 3.9153852706571E-26 |
| 8 | = | 4.4747260236082E-26 |
| 9 | = | 5.0340667765592E-26 |
| 10 | = | 5.5934075295102E-26 |
| LIGHT-YEAR | BOHR, ATOMIC UNIT OF LENGTH | |
|---|---|---|
| 1 | = | 1.7878189542316E+26 |
| 2 | = | 3.5756379084632E+26 |
| 3 | = | 5.3634568626948E+26 |
| 4 | = | 7.1512758169263E+26 |
| 5 | = | 8.9390947711579E+26 |
| 7 | = | 1.2514732679621E+27 |
| 8 | = | 1.4302551633853E+27 |
| 9 | = | 1.6090370588084E+27 |
| 10 | = | 1.7878189542316E+27 |
Nearest numbers for 50 Bohr, atomic unit of length
| BOHR, ATOMIC UNIT OF LENGTH | LIGHT-YEAR | |
|---|---|---|
| 1 a0 | = | 5.5934075295102E-27 Light-years |
| 2 a0 | = | 1.118681505902E-26 Light-years |
| 3 a0 | = | 1.6780222588531E-26 Light-years |
| 4 a0 | = | 2.2373630118041E-26 Light-years |
| 5 a0 | = | 2.7967037647551E-26 Light-years |
| 6 a0 | = | 3.3560445177061E-26 Light-years |
| 7 a0 | = | 3.9153852706571E-26 Light-years |
| 8 a0 | = | 4.4747260236082E-26 Light-years |
| 9 a0 | = | 5.0340667765592E-26 Light-years |
| 10 a0 | = | 5.5934075295102E-26 Light-years |
| 11 a0 | = | 6.1527482824612E-26 Light-years |
| 12 a0 | = | 6.7120890354122E-26 Light-years |
| 13 a0 | = | 7.2714297883633E-26 Light-years |
| 14 a0 | = | 7.8307705413143E-26 Light-years |
| 15 a0 | = | 8.3901112942653E-26 Light-years |
| 16 a0 | = | 8.9494520472163E-26 Light-years |
| 17 a0 | = | 9.5087928001673E-26 Light-years |
| 18 a0 | = | 1.0068133553118E-25 Light-years |
| 19 a0 | = | 1.0627474306069E-25 Light-years |
| 20 a0 | = | 1.118681505902E-25 Light-years |
The Bohr radius (Bohr or a0) is a physical constant, approximately equal to the most probable distance between the proton and electron in a hydrogen atom in its ground state.