lumen/steradian to bougie decimal
Please provide values below to convert lumen/steradian [lm/sr] to bougie decimal, or change ↔.
lumen/steradian [lm/sr]
Definition: A unit of luminous intensity per unit solid angle, representing the amount of luminous flux emitted in a particular direction.
Historyandorigin: Lumen per steradian is derived from the lumen (a unit of luminous flux) and steradian (a unit of solid angle).
CurrentUse: Commonly used in photometry, especially when describing directional light sources like projectors or flashlights.
funfact: This unit is key in measuring how light spreads in a specific direction, and is used for understanding light distribution in optical devices.
bougie decimal
Definition: A historical unit of luminous intensity, equal to one-tenth of a standard bougie (candle).
Historyandorigin: The bougie decimal was used in early systems of light measurement, especially in France, where the bougie (candle) was the standard.
CurrentUse: It is no longer in use today, replaced by more precise and standardized units such as the candela.
funfact: The bougie decimal was useful in early scientific work but has since been supplanted by the international candela.
lumen/steradian [lm/sr] to bougie decimal Conversion Table
| 1 lumen/steradian [lm/sr] | 1 bougie decimal |
| 2 lumen/steradian [lm/sr] | 2 bougie decimal |
| 3 lumen/steradian [lm/sr] | 3 bougie decimal |
| 5 lumen/steradian [lm/sr] | 5 bougie decimal |
| 10 lumen/steradian [lm/sr] | 10 bougie decimal |
| 50 lumen/steradian [lm/sr] | 50 bougie decimal |
| 100 lumen/steradian [lm/sr] | 100 bougie decimal |
| 1000 lumen/steradian [lm/sr] | 1000 bougie decimal |
| 10000 lumen/steradian [lm/sr] | 10000 bougie decimal |
| 100000 lumen/steradian [lm/sr] | 100000 bougie decimal |
| 1000000 lumen/steradian [lm/sr] | 1000000 bougie decimal |
How to Convert lumen/steradian to bougie decimal
1 lumen/steradian [lm/sr] = 1 bougie decimal
1 bougie decimal = 1 lumen/steradian [lm/sr]
we use cross multiplication method
lumen/steradian [lm/sr] → bougie decimal
1 → 1
1.5 → ?( suppose x)
=>1.5*1=1*x
by simplifying
x=1.5