United University

Physics Grade 10. Mechanics: Kinematics. Collection 1

Course Difficulty Icon Intermediate
Course Type Icon Course
Course Duration Icon 18 hours

This course introduces Grade 10 students to the fundamental principles of Mechanics with a focus on Kinematics. Learners explore types of motion, speed, acceleration, measurement techniques, and vector analysis through clear explanations, structured lessons, and hands-on laboratory activities. The course develops analytical thinking, graph interpretation skills, and the ability to apply kinematic concepts to real-world situations. It prepares students for deeper study of physics by strengthening both theoretical understanding and practical measurement competencies.

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This interactive course introduces Grade 10 students to the foundations of Mechanics, focusing on Kinematics. Through structured lessons, experiments, quizzes, and interactive activities, students explore key physical concepts such as scalar and vector quantities, types of motion, speed, acceleration, measurement uncertainties, and motion in straight and curved trajectories. The course emphasizes both theoretical understanding and hands-on investigation, ensuring a solid grasp of kinematic principles.

Key Features of the Course

  • Interactive learning with quizzes and tests: Test and reinforce knowledge through engaging review questions and self-assessment tasks.
  • Expertly crafted content: Developed to provide clear explanations of mechanical motion, measurement methods, and vector analysis.
  • Real-life applications: Understand how kinematic principles apply to real-world motion, everyday phenomena, and scientific research.

Course Modules

Module 1: Introduction to Physics

  • Lesson 1: The Origin and Development of Physics as a Science
  • Lesson 2: Methods of Scientific Inquiry. Physical Quantities and Their Measurement. Measurement Uncertainties
  • Lesson 3: Scalar and Vector Quantities
  • Suggested Topics for Projects, Reports, and Experimental Research

Module 2: Mechanics. Kinematics

  • Lesson 4: The Main Task of Mechanics. The Alphabet of Kinematics
  • Lesson 5: Speed of Motion. Average and Instantaneous Speeds. Addition of Displacements and Velocities
  • Lesson 6: Uniformly Accelerated Linear Motion. Acceleration
  • Lesson 7: Free Fall and Curvilinear Motion under Constant Gravitational Force
  • Lesson 8: Uniform Circular Motion of a Material Point
  • Laboratory Work 1: Determining the Acceleration of a Body
  • Laboratory Work 2: Investigating Circular Motion
  • Summary and Review of Module I “Mechanics”, Part 1 “Kinematics”
  • Self-Assessment Tasks for Module I “Mechanics”

Expected Learning Outcomes

  • Understand the stages in the development of physics as a science and operate key terms related to mechanical motion.
  • Distinguish units of measurement, understand principles of measurement, and evaluate uncertainties (errors) of direct and indirect measurements.
  • Explain and apply concepts of scalar and vector quantities; verify dimensional consistency of formulas.
  • Solve problems involving uniform linear motion, uniformly accelerated motion, and uniform circular motion.
  • Construct and analyze graphs of uniformly accelerated motion.
  • Select appropriate reference frames and perform transformations between them.
  • Apply basic experimental methods for studying motion and determine physical quantities through measurements.
  • Recognize the importance of scientific education, lifelong learning, and the role of mechanics in understanding real-life motion-related phenomena.

This interactive course combines theoretical foundations of kinematics with hands-on experience, experiments, and structured assessments. Students develop strong analytical skills, deepen their understanding of mechanical motion, and learn to apply scientific reasoning to real-world scenarios.

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