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Aug 02, 2025
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PHY 2100 - PHYSICS FOR THE LIFE SCIENCES I
credits: 3.0
This course is the first course in a two-term sequence in algebra-based introductory physics. Specifically designed for life science majors. Will introduce students to the basic laws of physics that govern all physical phenomena with particular attention to applications in the life sciences and heath care. Topics will include Newton’s Laws of motion, Conservation Laws (energy and momentum), and the Laws of Thermodynamics. These laws will then be applied to solve real world quantitative problems. Objectives: A) Use Newton’s Laws to solve a variety of basic algebraic and trigonometric problems such as static and dynamic equilibrium problems and multidimensional motion problems including projectiles and circular motion; B) Apply Conservation Laws such as Work-Energy Theorem and Momentum to solve a variety of problems using algebra; C) Solve basic linear and rotational kinematic and dynamic problems using algebra and trigonometry; D) Solve basic fluid statics and dynamics problems including applications of Archimedes’ Principle, Pascal’s Principle, and Bernoulli’s Equation; E) Solve simple harmonic motion problems; F) Solve basic mechanical and acoustic waves problems; G) Use the Laws of Thermodynamics to solve a variety of basic problems such as heat transfer, phase changes, and heat engine. Method of Instruction: Primary method of delivery is through lecture, demonstrations, video demonstration, and interactive examples. Method of Evaluation: Tests (3) 30%, Final (1) 20%, Homework 15%, Participation/Attendance 15%, and Quizzes 20%. Attendance and participation are monitored using an electronic interactive classroom response system (clickers).
Prerequisite(s): Equivalent score on the ALEKS placement exam and MAT 1090 - PRECALCULUS (or) MAT 1092 - PRE-CALCULUS II (or) MAT 2010 - CALCULUS I
Co-Requisite(s): WITH PHY 2150L .
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