A neuron can be compared to a tree because both have distinct parts that serve specific functions in receiving, processing, and transmitting information. The dendrites of a neuron function like tree roots, as they receive signals from other neurons just as roots absorb water and nutrients from the soil. These signals travel to the cell body, or soma, which acts like the trunk of a tree by supporting the neuron’s functions and processing the incoming information. From there, the signal moves along the axon, which is similar to a tree’s branches. Just as branches extend outward to support leaves and interact with the environment, the axon carries electrical impulses away from the cell body to reach other neurons, muscles, or glands. At the end of the axon, the axon terminals resemble tree leaves, as they release neurotransmitters that allow communication between cells, much like how leaves release oxygen and take in carbon dioxide. Additionally, the myelin sheath that covers the axon can be compared to the bark of a tree, as it protects and insulates the axon while also speeding up the transmission of electrical signals. This comparison helps illustrate how neurons work by showing that, like trees, they have specialized structures that allow them to efficiently receive, process, and send information throughout the nervous system.
Our teacher tasked us to as a team of no more than four students to understand a unit of Ap Stats that we were learning in class. My group chose to do 5.4 and we all picked different problems and solved them. Next we put them on the google slide to the left and then used the google slide to help our classmates break down and solve the problem.
Our teacher tasked us with using the concepts we learned in class and designing an experiment that was not biased. This is what me and my partner Masai Gardner and I did for this project. Below is a video of me explaining our experiment in better terms.