The course introduces fundamental principles of classical mechanics and thermodynamics. Problem-solving is conducted at the trigonometric level. Topics include time-and-motion studies, forces on stationary and moving objects, waves and sound, and heat and energy.
Prerequisites
MAT 181 with a grade of “C” or higher, or concurrent enrollment in MAT 181, or math placement as established by District policy, or instructor approval.
1. Evaluate both qualitative and quantitative components of kinematics and dynamics, encompassing constant velocity, constant acceleration, projectile motion, uniform circular motion, rotational motion, collisions, explosions, simple harmonic motion, and fundamental wave phenomena.
2. Examine vectors and forces in the context of Newton’s laws of motion and kinematics.
3. Utilize kinematic principles to interpret and solve problems involving two-dimensional motion.
4. Explain the fundamental principles that govern uniform circular motion and gravitation.
5. State the laws of thermodynamics and apply them to fundamental physical scenarios.
6. Employ essential tools and equipment for scientific analysis and research. Apply Newton’s laws of motion to solve physical problems.
7. Apply conservation laws to evaluate and solve physical problems.
8. Apply scientific reasoning to assess physical and natural phenomena.
9. Interpret and analyze numerical and graphical representations of scientific data.
10. Document and communicate investigative results through scientific writing.