…and probably the evaporation process itself. Why would the evaporation of water at the top of the solution slow down in the presence of some precipitate at the bottom? Exactly…
…suggested that it was the evaporation of water that drives the observed persisting temperature gradient. It turned out that they were right. After sealing the salt cup with plastic wrap…
…cause of the disease in the dragon population. Upon concluding this, she can share her result with the rest of the class as a “publication.” As part of her publication,…
…forces. This seems pretty amazing to me. To make sure that this is not an effect of infrared radiation, I confirmed the result by sticking a sensitive temperature probe into…
…orbits. Then use the ISS simulation to investigate whether the fate of the ISS should be the Pacific Ocean or deep space. Newton’s Cannon Figure 1. Newton’s Cannon. The arrow…
…and solve problems in real-world thermal systems. Figure 2. Energy2D simulations show convection between a hot plate at the top and a cold plate at the bottom. With a low…
…can make perfect predictions of the future. You can’t trust your weather forecaster out more than five days. So why do they think we should be able to predict what…
…shows what happened when a piece of paper was placed on top of a cup of water. The paper did not fully cover the cup. What we see from this…
…manner? A couple of factors are in place already. Plunging technology costs have primed the pump. Lower costs could enable increasing numbers of schools to begin widespread hardware adoption. And…
…provided teacher professional development and developed educational technology projects. He is currently working on a joint program between CC and MMSA to introduce high school biology students to cutting-edge genomic…