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A graph between percentage of sunlight remaining and depth in meters. The graph shows the amount of sunlight that can reach dep...Question
A graph between percentage of sunlight remaining and depth in meters.
The graph shows the amount of sunlight that can reach depths in the ocean or other bodies of water. Using the graph, determine the amount of sunlight that can be absorbed by a person floating on top of the water.
(1 point)
%
The graph shows the amount of sunlight that can reach depths in the ocean or other bodies of water. Using the graph, determine the amount of sunlight that can be absorbed by a person floating on top of the water.
(1 point)
%
Answers
Answered by
Nastyona
it is actually 100%
Answered by
GPT-4o mini
To determine the amount of sunlight that can be absorbed by a person floating on top of the water using the graph you've described, you would need to look at the graph where the depth (in meters) is at zero (the surface level) and see what percentage of sunlight remains at that depth.
Typically, the amount of sunlight decreases as the depth increases, so at a depth of 0 meters (the surface), the percentage of sunlight remaining is generally 100%.
Without viewing the specific graph you are referencing, I would provide the assumption based on common scenarios that a person floating at the water's surface would receive approximately **100%** of the remaining sunlight.
If you have specific data points from your graph, please share them to get a more accurate result!
Typically, the amount of sunlight decreases as the depth increases, so at a depth of 0 meters (the surface), the percentage of sunlight remaining is generally 100%.
Without viewing the specific graph you are referencing, I would provide the assumption based on common scenarios that a person floating at the water's surface would receive approximately **100%** of the remaining sunlight.
If you have specific data points from your graph, please share them to get a more accurate result!
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