Question

Conservation Models Activity

You have explored some informative examples of models. Now it's time to get creative and make your own model. Here is the requirement checklist for your model:

Model types can include drawings, diagrams, physical models, virtual simulations, or videos.
Model must be created by you, not something selected from an online or outside source.
Submit a presentation, picture, video, or screenshot of your model.
Submit a one-paragraph summary describing the topic you chose, your model, what it represents, how you made it, and the specific science involved. It is important that you are using science terminology and are accurate.
Now that you know how to create and submit your model, you will need to choose a topic for your model. Choose one of the three topics listed below. Select each topic for an overview.

Topic One—Photosynthesis
Diagram of photosynthesis
Construct a model to show the movement of matter and energy from plants into other organisms. Show how mass and energy are conserved before and after each interaction. For example, the beginning substances before an interaction equal the ending substances, and vice versa.

Answer 1

Topic: Photosynthesis

Model Type: Diagram

Summary:

For my model, I have created a diagram to show the process of photosynthesis. Photosynthesis is the process by which plants convert sunlight, carbon dioxide, and water into glucose and oxygen. The diagram represents the movement of matter and energy from plants into other organisms. It also shows how mass and energy are conserved before and after each interaction.

In my model, I have used scientific terminology to accurately depict the process of photosynthesis. The diagram shows the three main stages of photosynthesis: light-dependent reactions, the Calvin cycle, and photorespiration. It also includes the structures involved in photosynthesis, such as the chloroplasts and thylakoid membranes.

To create my diagram, I used my knowledge of the science behind photosynthesis and consulted various sources for accurate information. I drew the diagram using digital tools and included annotations to explain the different stages of photosynthesis.

Overall, my model represents the complex process of photosynthesis in a simplified and accurate manner. It shows how plants are able to convert sunlight into energy, and how this energy is transferred to other organisms through the food chain.