From Ly to Btu(IT)/m²:
As we know One Ly is equal to 39.65666328 Btu(IT)/m² (1 Ly = 39.65666328 Btu(IT)/m²).
To convert Langley to Btu (IT)/Square Meter, multiply your Ly figure by 39.65666328.
Example : convert 25 Ly to Btu(IT)/m²:
25 Ly = 25 × 39.65666328 Btu(IT)/m² = Btu(IT)/m²
To convert Btu (IT)/Square Meter to Langley, divide your Btu(IT)/m² figure by 39.65666328.
Example : convert 25 Btu(IT)/m² to Ly:
25 Btu(IT)/m² = 25 ÷ 39.65666328 Ly = Ly
As we know One Btu(IT)/m² is equal to 0.025216443273086 Ly (1 Btu(IT)/m² = 0.025216443273086 Ly).
To convert Btu (IT)/Square Meter to Langley, multiply your Btu(IT)/m² figure by 0.025216443273086.
Example : convert 45 Btu(IT)/m² to Ly:
45 Btu(IT)/m² = 45 × 0.025216443273086 Ly = Ly
To convert Langley to Btu (IT)/Square Meter, divide your Ly figure by 0.025216443273086.
Example : convert 45 Ly to Btu(IT)/m²:
45 Ly = 45 ÷ 0.025216443273086 Btu(IT)/m² = Btu(IT)/m²
| Ly to J/m² | 1 Ly = 41840 J/m² |
| Ly to J/km² | 1 Ly = 41840000000 J/km² |
| Ly to J/hm² | 1 Ly = 418400000 J/hm² |
| Ly to J/dam² | 1 Ly = 4184000 J/dam² |
| Ly to J/dm² | 1 Ly = 418.4 J/dm² |
| Ly to J/cm² | 1 Ly = 4.184 J/cm² |
| Ly to J/mm² | 1 Ly = 0.04184 J/mm² |
| Ly to J/µm² | 1 Ly = 4.184E-8 J/µm² |
| Ly to J/nm² | 1 Ly = 4.184E-14 J/nm² |
| Ly to J/ha | 1 Ly = 418400000 J/ha |
| Ly to MJ/m² | 1 Ly = 0.04184 MJ/m² |
| Ly to kJ/m² | 1 Ly = 41.84 kJ/m² |
| Ly to kJ/cm² | 1 Ly = 0.004184 kJ/cm² |
| Ly to mJ/mm² | 1 Ly = 41.84 mJ/mm² |
| Ly to mJ/µm² | 1 Ly = 4.184E-5 mJ/µm² |
| Ly to µJ/m² | 1 Ly = 41840000000 µJ/m² |
| Ly to µJ/µm² | 1 Ly = 0.04184 µJ/µm² |
| Ly to nJ/m² | 1 Ly = 41840000000000 nJ/m² |
| Ly to nJ/mm² | 1 Ly = 41840000 nJ/mm² |
| Ly to nJ/µm² | 1 Ly = 41.84 nJ/µm² |
| Ly to aJ/m² | 1 Ly = 4.184E+22 aJ/m² |
| Ly to MeV/m² | 1 Ly = 2.610816E+17 MeV/m² |
| Ly to keV/µm² | 1 Ly = 261081600 keV/µm² |
| Ly to keV/nm² | 1 Ly = 261.0816 keV/nm² |
| Ly to eV/nm² | 1 Ly = 261081.6 eV/nm² |
| Ly to erg/m² | 1 Ly = 418400000000 erg/m² |
| Ly to erg/µm² | 1 Ly = 0.4184 erg/µm² |
| Ly to kW·s/m² | 1 Ly = 41.84 kW·s/m² |
| Ly to hp·h/m² | 1 Ly = 0.01560632 hp·h/m² |
| Ly to W·h/m² | 1 Ly = 11.62223152 W·h/m² |
| Ly to W·s/m² | 1 Ly = 41840 W·s/m² |
| Ly to N·m/m² | 1 Ly = 41840 N·m/m² |
| Ly to hp·h(metric)/m² | 1 Ly = 0.01581552 hp·h(metric)/m² |
| Ly to GW·h/km² | 1 Ly = 0.01163152 GW·h/km² |
| Ly to MW·h/m² | 1 Ly = 1.163152E-5 MW·h/m² |
| Ly to MW·h/km² | 1 Ly = 11.63152 MW·h/km² |
| Ly to kW·h/m² | 1 Ly = 0.01163152 kW·h/m² |
| Ly to kcal(IT)/m² | 1 Ly = 9.99331664 kcal(IT)/m² |
| Ly to kcal(th)/m² | 1 Ly = 10.00001104 kcal(th)/m² |
| Ly to cal(IT)/m² | 1 Ly = 9993.31233048 cal(IT)/m² |
| Ly to cal(th)/m² | 1 Ly = 9999.99999424 cal(th)/m² |
| Ly to Btu(IT)/m² | 1 Ly = 39.65666328 Btu(IT)/m² |
| Ly to Btu(th)/m² | 1 Ly = 39.68323168 Btu(th)/m² |
| Ly to MBtu(IT)/m² | 1 Ly = 3.966432E-5 MBtu(IT)/m² |
| Ly to TR·h/m² | 1 Ly = 0.00330536 TR·h/m² |
| Ly to Gton/m² | 1 Ly = 9.99976E-15 Gton/m² |
| Ly to Mton/m² | 1 Ly = 9.99976E-12 Mton/m² |
| Ly to J/in² | 1 Ly = 26.9934944 J/in² |
| Ly to J/ft² | 1 Ly = 3887.0631936 J/ft² |
| Ly to J/yd² | 1 Ly = 34983.5687424 J/yd² |
| Ly to J/mi² | 1 Ly = 108365102536.46 J/mi² |
| Ly to J/ac | 1 Ly = 169320472.71322 J/ac |
| Ly to MJ/yd² | 1 Ly = 0.0349835687424 MJ/yd² |
| Ly to kJ/yd² | 1 Ly = 34.9835687424 kJ/yd² |
| Ly to kJ/ft² | 1 Ly = 3.8870631936 kJ/ft² |
| Ly to kJ/in² | 1 Ly = 0.0269934944 kJ/in² |
| Ly to mJ/in² | 1 Ly = 26993.4944 mJ/in² |
| Ly to µJ/in² | 1 Ly = 26993494.4 µJ/in² |
| Ly to aJ/in² | 1 Ly = 2.69934944E+19 aJ/in² |
| Ly to erg/in² | 1 Ly = 269934944 erg/in² |
| Ly to GW·h/mi² | 1 Ly = 0.20067611580826 GW·h/mi² |
| Ly to MW·h/mi² | 1 Ly = 200.67611580826 MW·h/mi² |
| Ly to MW·h/yd² | 1 Ly = 6.478438656E-5 MW·h/yd² |
| Ly to kW·h/yd² | 1 Ly = 0.06478438656 kW·h/yd² |
| Ly to kW·s/yd² | 1 Ly = 3.8870631936 kW·s/yd² |
| Ly to W·h/yd² | 1 Ly = 583.05947904 W·h/yd² |
| Ly to W·s/yd² | 1 Ly = 34983.5687424 W·s/yd² |
| Ly to W·s/ft² | 1 Ly = 3887.0631936 W·s/ft² |
| Ly to W·s/in² | 1 Ly = 26.9934944 W·s/in² |
| Ly to N·m/yd² | 1 Ly = 34983.5687424 N·m/yd² |
| Ly to N·m/ft² | 1 Ly = 3887.0631936 N·m/ft² |
| Ly to hp·h/yd² | 1 Ly = 0.01305408 hp·h/yd² |
| Ly to hp·h(metric)/yd² | 1 Ly = 0.01322144 hp·h(metric)/yd² |
| Ly to MeV/in² | 1 Ly = 1.68439405056E+14 MeV/in² |
| Ly to MeV/ac | 1 Ly = 1.058552E+21 MeV/ac |
| Ly to kcal(IT)/yd² | 1 Ly = 8.35569904 kcal(IT)/yd² |
| Ly to kcal(th)/yd² | 1 Ly = 8.36126376 kcal(th)/yd² |
| Ly to cal(IT)/yd² | 1 Ly = 8355.68184376 cal(IT)/yd² |
| Ly to cal(th)/yd² | 1 Ly = 8361.2735924 cal(th)/yd² |
| Ly to Btu(IT)/yd² | 1 Ly = 33.15803264 Btu(IT)/yd² |
| Ly to Btu(th)/yd² | 1 Ly = 33.18024968 Btu(th)/yd² |
| Ly to MBtu(IT)/yd² | 1 Ly = 3.317912E-5 MBtu(IT)/yd² |
| Ly to TR·h/yd² | 1 Ly = 0.002765624 TR·h/yd² |
| Ly to Gton/yd² | 1 Ly = 8.368E-15 Gton/yd² |
| Ly to Mton/yd² | 1 Ly = 8.368E-12 Mton/yd² |
| Created @ o.vg | Free Unit Converters |
Btu(IT)/m². Since one Ly equals 39.65666328 Btu(IT)/m², 9 Ly in Btu(IT)/m² will be Btu(IT)/m².
There are 39.65666328 Btu(IT)/m² in one Ly. In turn, one Btu(IT)/m² is equal to 0.025216443273086 Ly.
1 Btu(IT)/m² is approximately equal to 0.025216443273086 Ly.
The Langley value of 8 Btu(IT)/m² is Ly. (i.e.,) 8 x 0.025216443273086 = Ly.
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