On one of my many trips to Menards, I purchased a 14 watt LED “soft white" light bulb with an output of 1600 lumens and provides light output equivalent to a 100 watt incandescent light bulb. The A19 form factor bulb is designed to operate on a standard 120 V, (a) The “soft white" output corresponds to a black body radiator with a thermal temperature equivalent to approximately (1000K, 2700-3000K, 5000K to 5500K) while the “bright white" fluorescent lighting in a classroom corresponds to a black body radiator with a thermal temperature equivalent to approximately (1000K, 2700-3000K, 4500K to 5500K). 60 Hz power line. rms

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On one of my many trips to Menards, I purchased a 14 watt LED “soft white" light
bulb with an output of 1600 lumens and provides light output equivalent to a 100 watt incandescent light
bulb. The A19 form factor bulb is designed to operate on a standard 120 V,
(a) The "soft white" output corresponds to a black body radiator with a thermal temperature equivalent to
approximately
(1000K, 2700-3000K, 5000K to 5500K) while the "bright white" fluorescent lighting in a classroom
corresponds to a black body radiator with a thermal temperature equivalent to approximately (1000K,
2700-3000K, 4500K to 5500K).
60 Hz power line.
rms
Transcribed Image Text:On one of my many trips to Menards, I purchased a 14 watt LED “soft white" light bulb with an output of 1600 lumens and provides light output equivalent to a 100 watt incandescent light bulb. The A19 form factor bulb is designed to operate on a standard 120 V, (a) The "soft white" output corresponds to a black body radiator with a thermal temperature equivalent to approximately (1000K, 2700-3000K, 5000K to 5500K) while the "bright white" fluorescent lighting in a classroom corresponds to a black body radiator with a thermal temperature equivalent to approximately (1000K, 2700-3000K, 4500K to 5500K). 60 Hz power line. rms
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