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The spectral type that denotes the coolest regular star is. Objects cooler than this are not considered stars, but are given the name These objects are very hard to observe because they are very faint in visible light, and put out most of their energy as Eventually, new spectral types were used for these objects; the warmest of them are given spectral type, while the coolest of them are given spectral type Draggable Items brown dwarfs M9 T ultra-violet rays G2 infrared rays high-magnitude objects 05 terrestrial planets x-rays Z

The spectral type that denotes the coolest regular star is. Objects cooler than this are not considered stars, but are given the name These objects are very hard to observe because they are very faint in visible light, and put out most of their energy as Eventually, new spectral types were used for these objects; the warmest of them are given spectral type, while the coolest of them are given spectral type Draggable Items brown dwarfs M9 T ultra-violet rays G2 infrared rays high-magnitude objects 05 terrestrial planets x-rays Z

Introductory Chemistry: A Foundation
Introductory Chemistry: A Foundation
9th Edition
ISBN:9781337399425
Author:Steven S. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Donald J. DeCoste
Chapter11: Modern Atomic Theory
Section: Chapter Questions
Problem 14ALQ
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Answer it correctly please. I will rate accordingly with multiple votes. This is my last attempt. Please do it correctly. 

The spectral type that denotes the coolest regular star is. Objects cooler than this are not considered stars, but are given the name These objects are very hard to observe because they are very faint in visible light, and put out most of their energy as Eventually, new spectral types were used for these objects; the warmest of them are given spectral type, while the coolest of them are given spectral type Draggable Items brown dwarfs L M9 T ultra-violet rays Y G2 infrared rays high-magnitude objects 05 terrestrial planets x-rays Z
Transcribed Image Text:The spectral type that denotes the coolest regular star is. Objects cooler than this are not considered stars, but are given the name These objects are very hard to observe because they are very faint in visible light, and put out most of their energy as Eventually, new spectral types were used for these objects; the warmest of them are given spectral type, while the coolest of them are given spectral type Draggable Items brown dwarfs L M9 T ultra-violet rays Y G2 infrared rays high-magnitude objects 05 terrestrial planets x-rays Z
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