Asked by Han
Radiation from the Sunkeeps us all alive, but with the thinning of the ozone layer, it is important to limitexposure. The intensity of radiation is inverselyproportional to the square of the distance thatthe Sun’s rays travel.The formula
I=k/d^2 models the relationshipbetween intensity, I , inwatts per square metre (W/m^2), and distance, d , in astronomical units (AU). The intensity of radiation from the Sun is 9140 W/m^2 on Mercury, which is 0.387 AU away.
I=k/d^2 models the relationshipbetween intensity, I , inwatts per square metre (W/m^2), and distance, d , in astronomical units (AU). The intensity of radiation from the Sun is 9140 W/m^2 on Mercury, which is 0.387 AU away.
Answers
Answered by
Han
Determine the intensity of radiation andits rate of change on Earth, which is 1 AUfrom the Sun.
Answered by
Steve
If the intensity on Earth is x, then
since Id^2 = k is constant,
9140*.387^2 = 1x
As for rate of change, who says it's changing?
since Id^2 = k is constant,
9140*.387^2 = 1x
As for rate of change, who says it's changing?
Answered by
Han
The answer says the ROC is -2737.8
There are no AI answers yet. The ability to request AI answers is coming soon!
Submit Your Answer
We prioritize human answers over AI answers.
If you are human, and you can answer this question, please submit your answer.