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Physics 4AL List of Final Projects - Fall 2022
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SessionGroupAbstractSlidesVideoProject TitleMember 1Member 2Member 3Member 4
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2AbstractSlidesVideoStanding Waves on a StringDwight BumgarnerCamila GomezYang XingAllen Zhang
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3AbstractSlidesVideoDetermining Rotating Object Velocity with
Conservation of Energy		Ahan AgarwalCaroline DebBaruah
Gayathri Eleswarapu
Michelle Lee
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4AbstractSlidesVideoComplex Fitting the Tangential Acceleration of a Pendulum System Pranav KesaniOllie Pai
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5AbstractSlidesVideoAngular Acceleration of a Pendulum with a Constantly Increasing String LengthAnli LiuDavid NguyenSamuel Strong
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6AbstractSlidesVideoMass-Spring SystemsDarren HuangTomas KaljevicRaphael Low
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7AbstractSlidesVideoThe Relationship between Electric Current and Spring ConstantMateo AvecillaXin ChenMihir GoyalHarshith Senthilkumaran
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8AbstractSlidesVideoMeasuring Thrust of an AirtrackBoran ErolEthan SpradlinDan Vu
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9AbstractSlidesVideoCalculating the loss of kinetic energy of a bouncing ball on different surfaces Jacqueline DuongGiovanni CinqueKerry SempelszAryan Kaul
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22AbstractSlidesVideoDifferent Methods of Proving Mechanical Energy ConservationJoshua AhnKelsey FuJaden LeeEliot Yoon
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3AbstractSlidesVideoMeasuring the Force of a Mass Moving Over a Surface With FrictionGianna PedrozaAki Hasegawa-JohnsonPuja PatelShane May-Suzuki
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4AbstractSlidesVideoEffect of Varying Music Genres on Memory RetentionEmily NhamKevin NieKelly Yu
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6AbstractSlidesVideoAnalysis of Fixed-Fixed Oscillation of a SpringOliver KrauseIan LeeSyaal SharifzadAnnie Xiang
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7AbstractSlidesVideoNewton’s Laws And AccelerationTanmay DesaiShery LauronFrancesca D’AmicoSam Chan
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8AbstractSlidesVideoDetermining Spring Constants Using Hooke’s Law and the conservation of energyDerek PhamLucas MunozSiba Al Khaliland Lilian Vay
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9AbstractSlidesVideoRelative accelerationAryanJingJuri Sparsh
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10AbstractSlidesVideoSimple Harmonic Oscillations of Springs in Series and ParallelSoriya SinghakulBoey TangMatthew TeoZinnia Kwan
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2AbstractSlidesVideoBreaking our bones for Science: An Investigation into the nature of impulse and conservation of energyJack CadenheadNaomi GarzaEmily Liang
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3AbstractSlidesVideoThe conservation of energy in a three pulley system
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4AbstractSlidesVideoThe damping effect of air drag on oscillationsAndrew CondrinSamantha TinneyEdwin Yu
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5AbstractSlidesVideoFree spring oscillations under compression versus extension
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6AbstractSlidesVideoAnalyzing the Coefficient of Kinetic Friction of Different Grades of SandpaperBenjamin JosephJoey JanssenReanna GuzmanMarco Rodriguez
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7AbstractSlidesVideoSimple harmonic motion using buoyant force
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8AbstractSlidesVideoDetermining the acceleration of an elevatorSwathya ChauhanJan KasenNicholas Marci
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9AbstractSlidesVideoAerodynamics of 3D Objects on a Frictionless TrackEdward NawrockiNathaniel CarmanJulian Montes
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10AbstractSlidesVideoModeling Damped Harmonic Oscillation in Python from Arduino Ultrasonic Bluetooth Motion Sensor dataVictoria DaSilvaAntonio CosioJames DeLong
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2AbstractSlidesVideoDetermining the Coefficient of Kinetic Friction on Various SurfacesAnica WangMay HeMengan Wang
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3AbstractSlidesVideoAngular Frequency of a Simple PendulumKatrina LeNia St. CyrOlivia Taylor
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4AbstractSlidesVideoTotal energy of a spring mass systemDario CardenasKevin CaiAnnie Chen
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5AbstractSlidesVideoCentrifugal Motion of a Ceiling FanAnaïs DelfauRaj Shethand Raphael Luis Santos
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6AbstractSlidesVideoDetermination of The Coefficient of Kinetic Friction of the lab tableJoey HerroKatie CalcianoJoshua Rhee
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7AbstractSlidesVideoMeasuring the Coefficient of Friction for a Car on Various Surfaces on an inclined plane
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8AbstractSlidesVideoRelationship of Hookean Springs in SeriesEvan FrenchSam TurnerEvan Zhao
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9AbstractSlidesVideoFinding Acceleration and a Coefficient of Friction using the Doppler effectLiam EdwardsDaniel MerinoJames HeSrinath Saikrishnan
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10AbstractSlidesVideoVisual Reaction Time to Varying LED LightsJeffrey ChenAlan NguyenRosie MarianoCharlotte Chen
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2AbstractSlidesVideoConservation of Energy of Pendulum and CollisionsDhurai NavaneethamPritam MukhopadhyayaDylan Chan
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3AbstractSlidesVideoFinding Max Acceleration on Elastic ZiplineJade SemaanRyan SolomonKeshav Narasimma
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4AbstractSlidesVideoDamped Oscillatory Motion Through Substances of Varying ViscositiesEmily NguyenJustin HumphreysFabio Quezada
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5AbstractSlidesVideoConverting Mechanical into Electrical Energy Using a DynamoSacaar JainFrancisco Juarez MartinezAnnette Park
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6AbstractSlidesVideoProving the Relationship Between the Moment of Inertia and the Period of a PendulumTristin DiazClarisa GranadosBen Liang
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7AbstractSlidesVideoMeasuring the Energy of Projectiles on Different SurfacesPaul MeramMolly CorbinKeyana Desai
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8AbstractSlidesVideoEffect of Sleep Time on Human ReactionAngel ChenHanry XuJennifer Martinez
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9AbstractSlidesVideoMeasuring the value of a robot car’s stopping acceleration using different speedsSirui KangDaniel TsaiNayaab Singh
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10AbstractSlidesVideoAnalysis of Collisions on Different Materials Finding the Most Effective Crash MaterialCurtis ChenKai XuGeoffrey Xu
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61AbstractSlidesVideoCalculating the Length of a Simple Pendulum’s String via Arduino UnoBrianna CejaOmar ElamriAshley Pineda
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2AbstractSlidesVideoWidely swinging pendulumVincent LinNathan SolomonBen Falkenburg
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3AbstractSlidesVideo
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4AbstractSlidesVideoThe relationship between the velocity/acceleration of arduino set and air resistaneZoe Li:Henry JiangIdaly JimenezCarter Greenwood
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5AbstractSlidesVideoQuantifying Coefficient of Friction on an incliined planeKyra AllenKatelyn LyleMadeleine SwopeShea Zenker
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6AbstractSlidesVideoKinetic FrictionAkiva Brookler
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7AbstractSlidesVideoRelationship between Amplitude and Angular Frequency in Oscillatory MotionMegan GoLaura HuangJacky Dai
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8AbstractSlidesVideoSimple PendulumRohan GandhiOwen OhlsonErick Moreno
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9AbstractSlidesVideoSpring Constant in a Multiple-spring SystemDarren ChuiNicholas CallenWenrui Guo
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10AbstractSlidesVideoFinding the coefficient of frictionJoana FangJustin GentleJane ParkNathan Yang
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2AbstractSlidesVideoAnalysis of Damped Oscillation Induced by Friction on an InclinePaarth AgarwalShaun HowardIvan Yau
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3AbstractSlidesVideo
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4AbstractSlidesVideoSimple pendulum period and energy conservationIsabel catalanoLiam RindtSara Wilson
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5AbstractSlidesVideoCalculating friction with various airtrack settings using a pulley systemMatthew CooperYoseline Delgado-MurilloGerardo Lozano-Miranda
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6AbstractSlidesVideoAnalyzing the Motion of elevators on the hill using an accelerometerAlyssa AdrianoIsaiah DomendenXzavier Padillaand Annmarie Sy Ponce
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7AbstractSlidesVideoPredicting catapault distanceBrynn BeattyTahlia GarciaAlissa Tong
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8AbstractSlidesVideoMeasuring Coefficient of Friction on an Inclined Air TrackTyler StovskyCarson SchwesingerAidan Wittenberg
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9AbstractSlidesVideoIdentifying μ for surfaces with unknown friction using an inclined surfaceChris KangGargi KawachaleMithil Chakraborty
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10AbstractSlidesVideoBeat Phenonmenon: Approximating resonating frequency of a spring mass systemAtticus CummingsCole BramanteCalissa Zamora
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2AbstractSlidesVideoIdentifying the Effect of Surface Area on Drag Force and TravelKyle YangSean HoffmeisterKaan Malta
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3AbstractSlidesVideoFriction of Basketball Shoes on Different SurfacesNicolas G. MendozaMario CamachoSam HopkinsEvan Garner
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4AbstractSlidesVideoAnalyzation of Spring Constants in Different Horizontal Spring-Mass SystemsDaniella HannaJeffrey HuangHarvey Zhao
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5AbstractSlidesVideoEstimating Small Angle Prediction on Periods for Pendulum SystemKaylyn PhanYuheng DingSamuel YuKyle Kalindjian
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6AbstractSlidesVideoFinding Coefficient of Friction on
Different Sloped Surfaces		Benjamin KimWonjin LeeAlexsandro LunaAarushi Vohra
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7AbstractSlidesVideoRevolutionizing the Package IndustryMarshall S. BennettTiffany ZhouTheo Nguyen
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8AbstractSlidesVideoAnalyzing Oscillations Caused by Removing Mass from A Vertical Mass-Spring SystemIsaiah LeeAnika LimaRyan Zdral
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9AbstractSlidesVideoCar Collision LabAngelina LueOwen GetzSara Becker
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10AbstractSlidesVideoFinding the Coefficient of Friction at Different Air Flows on an Air TrackRohan KumarEsha SidhuRonan Okinaka
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2AbstractSlidesVideoSafety Collisions LabEllaNelsonDane
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3AbstractSlidesVideoCoefficient of Friction of Air Track for Different Masses and Air PressuresAdvit DeepakRachita RajeshPedro CalderonVictor Campos
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4AbstractSlidesVideoCentrifugal Acceleration with an ArduinoRaveen NijjarChris RamseyScot WidjajaJames Wang
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5AbstractSlidesVideoWork, Energy, and Friction with SpringsKatie BareBethany WelchZeeshan Zaidi
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6AbstractSlidesVideoSpring Mass Oscillations with Air DragEric ChoiAustin YangGene Jeoung
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7AbstractSlidesVideoAn Analysis of Simple Harmonic Motion in a PendulumPeter ArcherAdarsh ChilkundaJaekyoung KimHannah Song
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8AbstractSlidesVideoFinding unknown mass by measuring coefficient of friction of the surface with the help of an Arduino sliding on itSnigdha KansalEleanor MossShabon Hankerson
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9AbstractSlidesVideoFinding Friction Constant on the Air Tracker with different air powerXiaopengIvanAmanda
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2AbstractSlidesVideoAnalysis of Equivalent Spring Constant in SeriesHenry ShuLuca NiuJessica Echarte
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3AbstractSlidesVideoAnalysis of Coefficient of Restitution Through CollisionAlan YuCaden SmithSamuel LuRyan Estes
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4AbstractSlidesVideoFinding the Coefficient of Friction of Duct TapeDoogyul LeeGabriel JiangRyan LeeJasmin Avila
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5AbstractSlidesVideoConservation of Momentum in a Double Ball BounceNisha McNealisNathanMartin
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6AbstractSlidesVideoModeling SHM for a PendulumAditya MehtaTony XiaKatie Chang
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7AbstractSlidesVideoFinding coefficients of kinetic friction and coefficients of static friction for different surfacesTaylor KwonPablo CastroJacobi Gunsalus
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8AbstractSlidesVideoFriction and its Effects on MotionVikram ChilkundaJohn HouserFatemh Obidan