perceive a glow when the power density of light reaches a minimum of

10(W)/(m^(2))/\\\\mu m

(where

y

-axis units appear in the simulation in terms of megawatts

(M(W)/(m^(2))/\\\\mu m)

).\ Express the temperature in degrees Celsius to two significant figures.\ \ temperature of coil =\

\\\\deg C

Imagine an electric stove where a setting of 6 heats the coil, but it still appears black. When the dial is turned to 7 , the coil begins to noticeably glow red, which means that the power density of the radiation at 700nm (visibly red) surpassed a threshold. At what approximate temperature is the coil when it begins to glow red? Assume the human eye can only perceive a glow when the power density of light reaches a minimum of 10W/m2/m (where y-axis units appear in the simulation in terms of megawatts (MW/m2/m) ). Express the temperature in degrees Celsius to two significant figures. Imagine an electric stove where a setting of 6 heats the coil, but it still appears black. When the dial is turned to 7 , the coil begins to noticeably glow red, which means that the power density of the radiation at 700nm (visibly red) surpassed a threshold. At what approximate temperature is the coil when it begins to glow red? Assume the human eye can only perceive a glow when the power density of light reaches a minimum of 10W/m2/m (where y-axis units appear in the simulation in terms of megawatts (MW/m2/m) ). Express the temperature in degrees Celsius to two significant figures