Curriculum Redesign Update-Physics and IPC • Dr. Kumar, Dr. Saganti, and Mr. Cudnik continued to work with Ms. Mitchell, Mr. Kaster, and Mr. Derrick on aspects of redesign as it pertains to the physical sciences • One of the highlights included launches of model rockets in Ms. Mitchell’s Physics Class; we used this event to study two dimensional projectile motion Curriculum Redesign Update-Physics and IPC • Mr. Cudnik has been working on an activity manual and has completed the classical mechanics portion of the manual • This manual is based on the project- and inquiry-based philosophy of teaching and contain activities that involve the use of rollercoasters, rockets, and robotics • Work will begin on additional units for sound, light, electricity and magnetism, and nuclear / modern physics Curriculum Redesign Update-Physics and IPC • The Physics class visited the Department of Physics on February 27, 2008 • Activities included tours of Dr. Storr’s research facilities and our labs • The students also worked on activities based on the Wii and virtual reality in Physics Our Philosophy • In Physics, we have found that the physics is more palatable to the student if it involves something that they can relate to • We have used this fact to design activities to make learning physics more meaningful to the students • This starts with the “big picture”—an object that we encounter in daily life such as an airplane, roller coaster, or automobile; or a real-life situation Our Philosophy • We analyze the situation as a whole to see how it works overall • We then break it down to its components and identify the physics behind the components • This is were elemental concepts like Newton’s Laws of motion come into play and can be taught in a more traditional manner • While these are taught in such manner, we continually keep in mind (and have the students keep in mind) how these individual concepts come together to produce the everyday situation that we are studying An Example Activity—the Marble Mania Machine (m3) • First, the students build the structure • Next they make carefully-selected measurements and timings using more traditional laboratory equipment such as stopwatches and rulers • The students can also use more modern equipment such as the PASCO Xplorer GLX hand held datalogger and analysis computer (they may do both and learn something about experimental error) • The students then identify the components and the physics behind the components (e.g. Potential energy, kinetic energy of motion, friction, position versus velocity versus acceleration, Newton’s 3 laws of motion, etc.) An Example Activity—the Marble Mania Machine (m3) • Additional concepts and phenomena can be illustrated such as gears and machines, and objects going into a black hole (note within the following video the marble circulating rapidly around the opening before dropping in) • The students get added insight as to how something works by putting it together • Example video of the m3 apparatus follows m3 in motion… PVAMU and RHS Team Up to Assist Students in TAKS Test Preparation • TAKS = Texas Assessment of Knowledge and Skills • The following summarizes the work done with the IPC students on a project that helped them prepare for TAKS Law of Conservation of Mass 10 g blood + 10 g guts + 80 g water 100 g blood & guts soup Balance Chemical Reactions Counting atoms with Count Dracula Physical & Chemical Changes After sucking blood, Dracula likes to bleach his teeth to keep them white. This is an example of a a. physical change b. chemical change Solubility Dracula does not like oxygen dissolved in his V-8 juice. The best way for Dracula to get rid of this gas in his V-8 is to: a. heat it b. cool it c. shake it vigorously Types of Matter What a vampire’s tooth has to go through to get to the good stuff! Hair Fat Blood Iron Skin Muscle Hemoglobin Nerve Vein Carbon Dioxide Chemical Behavior Transylvanian Periodic Table draculum batimony bloodium transylvanium Lab Results Density Viscosity Polarity Acid/Base Electrolyte Vampire Drawing Contest