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- Dec 13, 2011
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I am in the Pre-Med program at my university, and I have the option of taking one of the two physics classes. Both meet the requirement for the pre-med program.
Physics for Life Science 1:
First of a two-semester algebra-based and problem-oriented introductory physics sequence. Topics normally covered are drawn from Newtonian mechanics in two dimensions and include velocity and acceleration, Newtons laws and energy for linear and rotational motion, simple harmonic motion and fluids. Time permitting, heat and thermodynamics may be included. A good base of high-school algebra and trigonometry is assumed, and completion of homework and lab are requirements for a passing grade. Meets requirements of the Pre-Medical Professions program. Does not meet requirements of physics or engineering programs.
General Analytical Physics 1:
First of a two-semester calculus-based and problem-oriented introductory physics sequence. A good algebra and trigonometry background is presumed and methods of using calculus are presented. The approach is strongly quantitative and emphasizes the solving of problems. Topics normally covered are drawn from Newtonian mechanics in two dimensions and include velocity and acceleration, Newton's laws and energy for linear and rotational motion, simple harmonic motion and fluids. Time permitting, heat and thermodynamics may be included. Meets requirements of physics, engineering, chemistry, mathematics, forensic science and the Pre-Medical Professions Program.
Physics for Life Science 1:
First of a two-semester algebra-based and problem-oriented introductory physics sequence. Topics normally covered are drawn from Newtonian mechanics in two dimensions and include velocity and acceleration, Newtons laws and energy for linear and rotational motion, simple harmonic motion and fluids. Time permitting, heat and thermodynamics may be included. A good base of high-school algebra and trigonometry is assumed, and completion of homework and lab are requirements for a passing grade. Meets requirements of the Pre-Medical Professions program. Does not meet requirements of physics or engineering programs.
General Analytical Physics 1:
First of a two-semester calculus-based and problem-oriented introductory physics sequence. A good algebra and trigonometry background is presumed and methods of using calculus are presented. The approach is strongly quantitative and emphasizes the solving of problems. Topics normally covered are drawn from Newtonian mechanics in two dimensions and include velocity and acceleration, Newton's laws and energy for linear and rotational motion, simple harmonic motion and fluids. Time permitting, heat and thermodynamics may be included. Meets requirements of physics, engineering, chemistry, mathematics, forensic science and the Pre-Medical Professions Program.