The answer is it would be the greater mean absolute deviation.
Would the number of minutes of daylight each day for a month or the number of minutes of daylight each day for a year have a greater mean absolute deviation? explain.
What is Absolute deviation:
The average absolute deviation (AAD) of a data set is the average of the absolute deviations from a central point.
More specifically, for our purposes here the most important byproduct of Earth's tilted axis is the fact that the number of hours of daylight changes throughout the year—and exactly how it changes depends on the latitude at which you live. If you think about it (or take a look at that flashlight and ball model you played around with earlier), you'll see that the top half of the Earth is tilted towards the Sun for half the year and away from it for the other half.
Parts of the planet tilted towards the Sun receive more than 12 hours of sunshine per day, parts pointed away from it receive less. As the Earth travels around the Sun throughout the year, the degree to which a part of the planet is tilted towards or away from the Sun changes. And with that change comes a change in the number of daylight hours that part of the Earth receives.
Learn more about absolute deviation on: https://brainly.com/question/14940957
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