Course Overview

Introduction

This syllabus outlines the structure, requirements, and topics for College Physics I (PHYS-1401) at Blinn College. The course covers foundational concepts in physics, including mechanics, energy, waves, fluids, and thermodynamics, with a focus on algebra- and trigonometry-based problem solving.

Course Description

General Information

• Lecture Hours: 3 per week

• Lab Hours: 3 per week

• Total Contact Hours: 96

• Credits: 4 semester hours

• Prerequisites: College-level mathematics (MATH 1314, 1316, 2312, or 2412)

The course introduces principles of physics, emphasizing mechanics, energy, and waves. Students will learn to apply algebra and trigonometry to solve physics problems and conduct laboratory experiments.

Core Curriculum Statement

Purpose

• Provides a foundation in human cultures and the physical/natural world.

• Develops skills for personal and social responsibility.

• Encourages teamwork, communication, empirical/quantitative skills, and critical thinking.

Learning Outcomes

Upon successful completion, students will be able to:

• Determine components of linear motion (displacement, velocity, acceleration) and analyze motion under constant acceleration.

• Solve problems using Newton's laws and concepts of gravity.

• Apply principles of energy and momentum to real-life problems.

• Describe and analyze rotational motion and static equilibrium.

• Explain mechanical properties of fluids and thermodynamics.

• Interpret and analyze data from experiments and laboratory activities.

Course Materials

Required Texts and Resources

• Textbook: James S. Walker, Physics, 5th Edition (2017), Vol. 1, with MasteringPhysics access.

• Laboratory Manual: Physics 1401 Laboratory Manual (PDF available on eCampus).

• Online Course: Computer with webcam and internet access required.

Course Requirements

Major Components

• Three major exams and a comprehensive final exam.

• Eight laboratory reports.

• Homework assignments (MasteringPhysics).

• Pop quizzes.

Evaluation and Grading

Grading Breakdown

Grading Scale

Course Policies

Attendance and Exams

• Attendance is required; excessive absences may result in being dropped from the course.

• No make-up quizzes; missed quizzes result in a score of zero.

• Final exam is mandatory.

• No dropped exam grades.

• Exams may include both multiple-choice and problem-solving sections.

Academic Integrity

• AI-generated content is not accepted for assignments.

• Collaboration is allowed only when specified by the instructor.

Weekly Schedule and Topics

Major Physics Topics Covered

Additional info: The schedule follows the standard sequence for introductory college physics, covering mechanics, energy, waves, fluids, and thermodynamics. Each topic aligns with the chapters listed in the initial prompt.

Support and Success Tips

How to Succeed

• Access all required materials and technology.

• Attend all lectures and labs.

• Review lecture notes and textbook regularly.

• Complete all assignments and lab reports on time.

• Seek help from tutoring services if needed.

• Engage actively in class and online resources.