Physics, , Student Study Guide
Describes applications in medicine, automobile features, transportation, home entertainment, athletics, household applications, information processing, detection devices, camera technology, and many more.
* Contains numerous discussions and examples that focus on human physiology, including muscle forces, blood pressure, the refraction of light by the eye, and many others.
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Introduction and Mathematical Concepts
Kinematics in One Dimension
Kinematics in Two Dimensions
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acceleration angle angular applied average axis ball battery binding energy block bulb capacitance capacitor centripetal centripetal acceleration circuit coil collision component conservation constant decreases density diagram diffraction direction displacement distance earth electric field electric potential electromagnetic electron emitted equation equilibrium Example exerted flow fluid flux focal length forces acting frequency friction Gaussian surface gives graph gravity heat horizontal ideal gas ideal gas law inductor initial joules kinetic energy km/h laser lens light loop magnetic field magnification magnitude MCAT MCAT REVIEW PROBLEMS meters mirror molecules momentum motion moving negative neutron Newton's Newton's second law nucleon nucleus object orbit particle perpendicular photon point charge polarized positive potential energy pressure produce Q resistor rad/s radiation radius refraction resistor rotation simple harmonic motion Solving speed string surface temperature torque traveling vector velocity voltage wavelength weight wire zero