To use the 5E model in your classroom, you need first to understand how it works. The five elements of the model are: experiment, evidence, explanation, prediction, and understanding.
Each of these elements play an important role in teaching science. Experiment is the first step in learning about science. In experiments, students test their theories and hypotheses by conducting experiments. This is how students learn about the world around them and how they develop scientific knowledge.
Evidence is the data that students collect while conducting experiments. This data can be used to support or disprove a hypothesis.
Explanation is the process of providing a logical explanation for the evidence that students have collected in their experiments. This should be based on the scientific principles that students have learned in class.
Prediction is the ability to make predictions about how something will behave based on the information that students have collected in their experiments.
Using the 5E Model in the Classroom
Once students have learned the basics of the 5E model, you can use it to help teach science. First, you should create an environment that encourages student inquiry and experimentation. This means that you should provide students with opportunities to explore and experiment with science.
Next, you can use the 5E model as a teaching tool to help foster student understanding and appreciation of science. This means that you should use the model to help students understand the concepts that they are learning in class.
