3 Bohr, atomic unit of length to Hand (3 a0 to hands)

Convert 3 Bohr, atomic unit of length to Hand (a0 to hands) with our conversion calculator and conversion tables. To convert 3 a0 to hands use direct conversion formula below.
3 a0 = 1.5625311336614E-9 hands.
You also can convert 3 Bohr, atomic unit of length to other length units.

3 BOHR, ATOMIC UNIT OF LENGTH

=

1.5625311336614E-9 HAND

Direct conversion formula: 1 Bohr, atomic unit of length * 1919961743.7191 = 1 Hand

Conversion calculator

Amount:
From:
To:

Check out conversion of 3 a0 to most popular length units:

3 a0 to Kilometers
3 a0 to Millimeters
3 a0 to Miles
3 a0 to Centimeter
3 a0 to Inches

Conversion table: Bohr, atomic unit of length to Hand

BOHR, ATOMIC UNIT OF LENGTH   HAND
1 = 5.2084371122047E-10
2 = 1.0416874224409E-9
3 = 1.5625311336614E-9
4 = 2.0833748448819E-9
5 = 2.6042185561024E-9
7 = 3.6459059785433E-9
8 = 4.1667496897638E-9
9 = 4.6875934009843E-9
10 = 5.2084371122047E-9
HAND   BOHR, ATOMIC UNIT OF LENGTH
1 = 1919961743.7191
2 = 3839923487.4383
3 = 5759885231.1574
4 = 7679846974.8765
5 = 9599808718.5956
7 = 13439732206.034
8 = 15359693949.753
9 = 17279655693.472
10 = 19199617437.191

Nearest numbers for 3 Bohr, atomic unit of length

BOHR, ATOMIC UNIT OF LENGTH   HAND
1 a0 = 5.2084371122047E-10 hands
2 a0 = 1.0416874224409E-9 hands
3 a0 = 1.5625311336614E-9 hands
4 a0 = 2.0833748448819E-9 hands
5 a0 = 2.6042185561024E-9 hands
6 a0 = 3.1250622673228E-9 hands
7 a0 = 3.6459059785433E-9 hands
8 a0 = 4.1667496897638E-9 hands
9 a0 = 4.6875934009843E-9 hands
10 a0 = 5.2084371122047E-9 hands
11 a0 = 5.7292808234252E-9 hands
12 a0 = 6.2501245346457E-9 hands
13 a0 = 6.7709682458661E-9 hands
14 a0 = 7.2918119570866E-9 hands
15 a0 = 7.8126556683071E-9 hands
16 a0 = 8.3334993795276E-9 hands
17 a0 = 8.854343090748E-9 hands
18 a0 = 9.3751868019685E-9 hands
19 a0 = 9.896030513189E-9 hands
20 a0 = 1.0416874224409E-8 hands
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.