The test was mainly on how acceleration, basically meaning how things move, formulas for movement, forces, velocity, speed, direction, and change in time. This is a glow for me becuase other than the fact that I got a 100% on it, but becuase I was able to undertsand the concepts of acceleration, and the formulas like a=v/t, v=d/t, and d= v x t. I think this one of the topics that I was able to understand fully and learn how objects operated in the physics world.
The objective of this authentic assement is that we had to a lab report about a lab that focused on 1 dimensional motion, and how to improve an understanding of mathematical equations related to the motion as well as graphical presentations of displacement and velocity changes over time. We learned how to determine the values of velocity and acceleration from displacement and time measured in this experiment. This is a glow for me because I left out very important key features in the lab. For example, I didn't put in the backgroud information, concepts and definition, equations, error calculation, discussion, objective, theory, questions from the labs, and any changes we would enforce in the lab. This resulted to me having a relitavely low grade, and also the fact that it was already late so I was rushing. Next time i'll make sure to go through the rubric thoroughly, and manage my time better.
The objective of this experiment was to use the work energy theorem to determine the amount of energy used from an object. In this lab, we used a cart on a track to deliver the work energy theorem. By determining theĀ and the constant force from the cart on a leveled and inclined track, we were able to get the work and the change in kinetic energy from those factors. This is a glow for me because we were able to show specific caculations for our angles, error, and data. We were also very detailed when explaining what happened during the experiment and what could've went wrong in the lab.
The objective of this assignmnet was to To measure the static and kinetic frictional forces, measure the coefficients of static and kinetic friction between surfaces, and analyze the forces using a free body diagram and experimentally verify your predictions of static and kinetic forces. This is a grow for me because I feel like I could've displayed more caculations in my lab to prove my data.