You will construct a scientific explanation based on reliable evidence obtained from a simulation. You will apply scientific reasoning to determine if available data and evidence support a given claim.

Directions:
Read the instructions for this self-checked activity. Type in your response to each question, and check your answers. At the end of the activity, write a brief evaluation of your work.

Activity:
In this activity, you will investigate how radiation from the Sun and Earth interacts with Earth's atmosphere and influences our climate. Begin by opening the simulation and selecting the Greenhouse Effect box. Click the reset button at the bottom right corner. Then answer the following questions.

Part A:
Photons are elementary particles of light that exhibit both particle and wave behavior. Using the legend within the simulation, describe the movement of the photons at Earth's surface.

Photons, as particles of light, exhibit both particle and wave behavior. They play a crucial role in heating the Earth's surface through their interactions.

Explanation:

Photons are elementary particles of light that exhibit both particle and wave behavior. In the context of Earth's surface, according to the simulation, photons move by interacting with the surface, being absorbed and reflected. At the surface, photons play a vital role in heating the Earth through this interaction.

Learn more about Photons and their movement at Earth's surface here:

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