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The image shows two diagrams indicating the structure of a solar panel and its applications for heating air and water. The first diagram illustrates a box with a transparent top, where sun rays enter the box and warm air exits through an outlet. The second diagram depicts a similar setup, but with the addition of water pipes leading into the box. Cool water enters, gets heated by sun rays, and warm water exits through another outlet. There are no numerical data points or percentages provided in the image.
Given the complexity of the image, the above description may not be entirely accurate.
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Note: Both the topic and the answer were created by one of our users.
The three flow charts describe the structure and application of a solar heater. The process begins with heating air by a lid, and the process of heating the cold water through a pipe.
The first diagram illustrates the structure of a simple solar panel. It consists of four different parts: a box with two holes for inlet and outlet, and a transparent top which can absorb heat. The next graph displays the process of heating air. When cool air blows into the box, the sun’s rays go through the transparent top, and the heat energy warms up the air.
In the final chart, the box has a water pipe added in order to allow water to flow through. Instead of heating the transparent top, the sun’s rays heat the pipe to warm up the water.
In conclusion, this solar panel system uses different intermediate substances for heating.
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