At Golden View, science instruction emphasizes observation, inquiry, and the development of models that reveal the underlying principles governing the physical world.
In Physics, students have been immersed in the study of circular motion, investigating what keeps objects moving in a circle and how forces shape that motion. From these observations, students developed mathematical models that explain centripetal acceleration and velocity, which apply not only to tethered masses in the lab, but also to race cars and planets in orbit.
Advanced Physics students recently applied the Law of Conservation of Energy in a particularly memorable way: calculating the precise mass needed to safely “rescue” a figurine using a bungee cord. This engaging challenge required careful modeling, and now serves as a foundation as students transition into their study of linear momentum.
In Chemistry, students explored thermochemistry by investigating the heat of combustion of magnesium. While the highly exothermic reaction between magnesium and oxygen makes direct measurement difficult, students relied on Hess’s Law to calculate the heat of combustion using safer alternate reactions. In doing so, they encountered an elegant expression of one of nature’s most fundamental truths: energy is conserved.
Meanwhile, Human Anatomy students recently concluded their study of the circulatory system, culminating in a hands-on exploration of blood typing. By determining their own blood types, students deepened their understanding of blood compatibility, inheritance patterns, and the real-world significance of the systems they study.
From Ms. Corkum, Upper School Science Teacher






