The cosmic background radiation A. Has a blackbody spectrum B. Has its peak emis
ID: 1452941 • Letter: T
Question
The cosmic background radiationA. Has a blackbody spectrum B. Has its peak emission in the microwave band C. Corresponds to a blackbody at a temperature of 2.726 kelvins D. All of the above
Please explain! Thank you! The cosmic background radiation
A. Has a blackbody spectrum B. Has its peak emission in the microwave band C. Corresponds to a blackbody at a temperature of 2.726 kelvins D. All of the above
Please explain! Thank you!
A. Has a blackbody spectrum B. Has its peak emission in the microwave band C. Corresponds to a blackbody at a temperature of 2.726 kelvins D. All of the above
Please explain! Thank you!
Explanation / Answer
both a and b are true so the answer must be d. all of the above.
Please see the link
https://en.wikipedia.org/wiki/Cosmic_microwave_background
https://en.wikipedia.org/wiki/Cosmic_background_radiation
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