From eV to Btu:
As we know One eV is equal to 1.518570443E-22 Btu (1 eV = 1.518570443E-22 Btu).
To convert Electron-volt to Btu (IT), multiply your eV figure by 1.518570443E-22.
Example : convert 25 eV to Btu:
25 eV = 25 × 1.518570443E-22 Btu = Btu
To convert Btu (IT) to Electron-volt, divide your Btu figure by 1.518570443E-22.
Example : convert 25 Btu to eV:
25 Btu = 25 ÷ 1.518570443E-22 eV = eV
As we know One Btu is equal to 6.585140678E+21 eV (1 Btu = 6.585140678E+21 eV).
To convert Btu (IT) to Electron-volt, multiply your Btu figure by 6.585140678E+21.
Example : convert 45 Btu to eV:
45 Btu = 45 × 6.585140678E+21 eV = eV
To convert Electron-volt to Btu (IT), divide your eV figure by 6.585140678E+21.
Example : convert 45 eV to Btu:
45 eV = 45 ÷ 6.585140678E+21 Btu = Btu
| eV to J | 1 eV = 1.602176633E-19 J |
| eV to kJ | 1 eV = 1.602176633E-22 kJ |
| eV to kW·h | 1 eV = 4.450490649E-26 kW·h |
| eV to W·h | 1 eV = 4.450490649E-23 W·h |
| eV to calorie (nutritional) | 1 eV = 3.826733147E-23 calorie (nutritional) |
| eV to hp·h (metric) | 1 eV = 6.050983295E-26 hp·h (metric) |
| eV to Btu | 1 eV = 1.518570443E-22 Btu |
| eV to Btu (th) | 1 eV = 1.519587076E-22 Btu (th) |
| eV to GJ | 1 eV = 1.602176633E-28 GJ |
| eV to MJ | 1 eV = 1.602176633E-25 MJ |
| eV to mJ | 1 eV = 1.602176633E-16 mJ |
| eV to uJ | 1 eV = 1.602176633E-13 uJ |
| eV to nJ | 1 eV = 1.602176633E-10 nJ |
| eV to aJ | 1 eV = 0.1602176634 aJ |
| eV to MeV | 1 eV = 0.000001 MeV |
| eV to keV | 1 eV = 0.001 keV |
| eV to erg | 1 eV = 1.602176633E-12 erg |
| eV to GW·h | 1 eV = 4.450490649E-32 GW·h |
| eV to MW·h | 1 eV = 4.450490649E-29 MW·h |
| eV to kW·s | 1 eV = 1.602176633E-22 kW·s |
| eV to W·s | 1 eV = 1.602176633E-19 W·s |
| eV to N·m | 1 eV = 1.602176633E-19 N·m |
| eV to hp·h | 1 eV = 5.968206272E-26 hp·h |
| eV to kcal (IT) | 1 eV = 3.826733147E-23 kcal (IT) |
| eV to kcal (th) | 1 eV = 3.829294058E-23 kcal (th) |
| eV to cal (IT) | 1 eV = 3.826733147E-20 cal (IT) |
| eV to cal (th) | 1 eV = 3.829294058E-20 cal (th) |
| eV to MBtu (IT) | 1 eV = 1.518570443E-28 MBtu (IT) |
| eV to TR·h | 1 eV = 1.265475369E-26 TR·h |
| eV to fuel oil equivalent @kiloliter | 1 eV = 3.985749195E-30 fuel oil equivalent @kiloliter |
| eV to fuel oil equivalent @barrel | 1 eV = 2.51003379E-29 fuel oil equivalent @barrel |
| eV to Gton | 1 eV = 3.829294058E-38 Gton |
| eV to Mton | 1 eV = 3.829294058E-35 Mton |
| eV to kton | 1 eV = 3.829294058E-32 kton |
| eV to ton (explosives) | 1 eV = 3.829294058E-29 ton (explosives) |
| eV to dyn·cm | 1 eV = 1.602176633E-12 dyn·cm |
| eV to gf·m | 1 eV = 1.633765489E-17 gf·m |
| eV to gf·cm | 1 eV = 1.633765489E-15 gf·cm |
| eV to kgf·cm | 1 eV = 1.633765489E-18 kgf·cm |
| eV to kgf·m | 1 eV = 1.633765489E-20 kgf·m |
| eV to kp·m | 1 eV = 1.633765489E-20 kp·m |
| eV to lbf·ft | 1 eV = 1.181704841E-19 lbf·ft |
| eV to lbf·in | 1 eV = 1.41804581E-18 lbf·in |
| eV to ozf·in | 1 eV = 2.268873296E-17 ozf·in |
| eV to ft·lbf | 1 eV = 1.181704841E-19 ft·lbf |
| eV to in·lbf | 1 eV = 1.41804581E-18 in·lbf |
| eV to in·ozf | 1 eV = 2.268873296E-17 in·ozf |
| eV to pdl·ft | 1 eV = 3.802022904E-18 pdl·ft |
| eV to therm | 1 eV = 1.518570231E-27 therm |
| eV to therm (EC) | 1 eV = 1.518570231E-27 therm (EC) |
| eV to therm (US) | 1 eV = 1.518933028E-27 therm (US) |
| eV to Hartree energy | 1 eV = 0.0367492929 Hartree energy |
| eV to Rydberg constant | 1 eV = 0.0734985857 Rydberg constant |
Btu. Since one eV equals 1.518570443E-22 Btu, 9 eV in Btu will be Btu.
There are 1.518570443E-22 Btu in one eV. In turn, one Btu is equal to 6.585140678E+21 eV.
1 Btu is approximately equal to 6.585140678E+21 eV.
The Electron-volt value of 8 Btu is eV. (i.e.,) 8 x 6.585140678E+21 = eV.
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