Physics (PHY)
This is the first course of a two-semester sequence. This calculus-based course is designed primarily for those majoring in the life sciences. This course is appropriate for preparation for the health professions. Topics include mechanics, waves, heat and thermodynamics using examples germane to the life sciences. Laboratory sessions illustrate principles studied and meaning of physical measurement.
An integrated lecture/laboratory course designed to teach students fundamental laboratory techniques and measurements in Physics. Experiments include Determination of earth's gravitational acceleration, g, using an Incline, Projectile motion using photogates and projectile launchers, Verification of Newton's second law using the Atwood Machine, Studying the law of conservation of energy using the ballistic pendulum, Buoyancy and density of liquids, Understanding of Kepler's laws for planetary motion.
In all the chapters covered, ranging from Classical Mechanics to Electricity, Magnetism and Optics, there are review problems for every chapter that are posted in the course canvas page. These problems are discussed every week in small Peer led team learning (PLTL) groups during recitation class to foster a clear understanding of the course material.
This is the second course of a two-semester sequence. This calculus-based course is designed primarily for those majoring in the life sciences. This course is appropriate for preparation for the health professions. Topics include electricity and magnetism, optics, and a brief introduction to atomic and nuclear physics.
An integrated lecture/laboratory course designed to teach students fundamental laboratory techniques and measurements in Physics. Experiments include Verification of Ohm's law, Understanding DC circuits involving resistances in series and parallel connections, RC circuits: Charging and Discharging a capacitor, Measuring the magnetic field of Earth, Electromagnetic Induction, Lens and mirrors in optics, Understand Interference and Diffraction of light.
In all the chapters covered, ranging from Classical Mechanics to Electricity, Magnetism and Optics, there are review problems for every chapter that are posted in the course canvas page. These problems are discussed every week in small Peer led team learning (PLTL) groups during recitation class to foster a clear understanding of the course material.
This is the first course of a two-semester sequence. It provides an introduction to physics using calculus throughout. Open to majors in science, mathematics and those prepared with both Calculus I and II. Required for Chemistry and Mathematics majors. This course is appropriate for preparation for the health professions. Topics include Newtonian mechanics, oscillations and waves, heat and thermodynamics. Laboratory sessions illustrate principles studied and meaning of physical measurement.
An integrated lecture/laboratory course designed to teach students fundamental laboratory techniques and measurements in Physics. Experiments include Determination of earth's gravitational acceleration, g, using an Incline, Projectile motion using photogates and projectile launchers, Verification of Newton's second law using the Atwood Machine, Studying the law of conservation of energy using the ballistic pendulum, Buoyancy and density of liquids, Understanding of Kepler's laws for planetary motion.
In all the chapters covered, ranging from Classical Mechanics to Electricity, Magnetism and Optics, there are review problems for every chapter that are posted in the course canvas page. These problems are discussed every week in small Peer led team learning (PLTL) groups during recitation class to foster a clear understanding of the course material.
This is the second course of a two-semester sequence. It provides an introduction to physics using calculus throughout. Open to majors in any science, mathematics and those prepared with both Calculus I and II. Required for Chemistry and Mathematics majors. This course is appropriate for preparation for the health professions. Topics include electricity and magnetism, geometrical and physical optics, and a brief introduction to concepts of quantum, atomic and nuclear physics. Laboratory sessions illustrate principles studied and meaning of physical measurement.
An integrated lecture/laboratory course designed to teach students fundamental laboratory techniques and measurements in Physics. Experiments include Verification of Ohm's law, Understanding DC circuits involving resistances in series and parallel connections, RC circuits: Charging and Discharging a capacitor, Measuring the magnetic field of Earth, Electromagnetic Induction, Lens and mirrors in optics, Understand Interference and Diffraction of light.
In all the chapters covered, ranging from Classical Mechanics to Electricity, Magnetism and Optics, there are review problems for every chapter that are posted in the course canvas page. These problems are discussed every week in small Peer led team learning (PLTL) groups during recitation class to foster a clear understanding of the course material.