Variation of radiant energy emitted by sun, filament of tungsten lamp and welding arc as a function of its wavelength is shown in figure. Which of the following option is the correct match [IIT-JEE (Screening) 2005]

Sun \[-{{T}_{1}},\] tungsten filament \[-{{T}_{3}},\] welding arc \[-{{T}_{2}}\]

Sun-\[{{T}_{1}},\] tungsten filament \[-{{T}_{2}},\] welding arc \[-{{T}_{3}}\]

Sun\[-{{T}_{2}},\] tungsten filament \[-{{T}_{1}},\] welding arc \[-{{T}_{3}}\]

Sun \[-{{T}_{3}},\] tungsten filament \[-{{T}_{2}},\] welding arc \[-{{T}_{1}}\]

Variation of radiant energy emitted by sun, filament of tungsten lamp

1.	Variation of radiant energy emitted by sun, filament of tungsten lamp and welding arc as a function of its wavelength is shown in figure. Which of the following option is the correct match [IIT-JEE (Screening) 2005]
A.	Sun-\[{{T}_{1}},\] tungsten filament \[-{{T}_{2}},\] welding arc \[-{{T}_{3}}\]
B.	Sun\[-{{T}_{2}},\] tungsten filament \[-{{T}_{1}},\] welding arc \[-{{T}_{3}}\]
C.	Sun \[-{{T}_{3}},\] tungsten filament \[-{{T}_{2}},\] welding arc \[-{{T}_{1}}\]
D.	Sun \[-{{T}_{1}},\] tungsten filament \[-{{T}_{3}},\] welding arc \[-{{T}_{2}}\]
Answer» D. Sun \[-{{T}_{1}},\] tungsten filament \[-{{T}_{3}},\] welding arc \[-{{T}_{2}}\]