United University

Physics Grade 11. Atomic and Nuclear Physics. Collection 1

Course Difficulty Icon Intermediate
Course Type Icon Course
Course Duration Icon 14 hours

This interactive course introduces Grade 11 students to Atomic and Nuclear Physics, covering the structure of the atom, principles of quantum theory, and properties of atomic nuclei. Students explore radioactivity, nuclear reactions, and practical applications of nuclear energy through lessons, experiments, and self-assessment tasks. The course develops analytical thinking and helps learners understand how atomic and nuclear physics is applied in modern science, technology, and medicine.

Language version

To access the course, please log in or choose a subscription plan.

Log In Select a Plan

What is Unibot?

Unibot is a platform for educational systems that combines an administration panel and a chatbot. It allows you to easily upload data, customize chatbots without programming, and manage courses. It supports multilingual bots, content management, and optimized resource utilization for efficiency. The platform makes educators' work easier by automating repetitive tasks. Different pricing plans are available, from basic to premium, which differ in the number of supported bots, languages, messages, and other features.

More information

This interactive course introduces Grade 11 students to Atomic and Nuclear Physics. Through structured lessons, experiments, quizzes, and interactive activities, students explore the structure of the atom, fundamental principles of quantum theory, and properties of atomic spectra. The course also covers the composition and properties of atomic nuclei, radioactivity, types of nuclear radiation, nuclear fission and fusion processes, and the use of nuclear energy in science, technology, and energy production.

Key Features of the Course

  • Interactive learning with quizzes and tests: Reinforce knowledge through контрольні запитання, self-assessment tasks, and structured reviews after each lesson.
  • Expertly structured content: Clear explanations of atomic structure, nuclear processes, and quantum phenomena.
  • Practical and real-life applications: Understand how nuclear physics is applied in energy, medicine, and modern technologies.

Course Modules

Module IV: Atomic and Nuclear Physics

  • Lesson 36: Rutherford’s Experiment. Bohr’s Postulates. Energy Levels of the Atom
  • Review Questions
  • Lesson 37: Types of Spectra. Fundamentals of Spectral Analysis
  • Review Questions
  • Lesson 38: Quantum Optical Generators (Lasers)
  • Review Questions
  • Lesson 39: Proton-Neutron Model of the Atomic Nucleus. Nuclear Forces. Binding Energy
  • Review Questions
  • Lesson 40: Radioactivity. Fundamental Law of Radioactive Decay
  • Review Questions
  • Lesson 41: Production and Application of Radionuclides. Methods of Detecting Ionizing Radiation
  • Review Questions
  • Lesson 42: Chain Reaction of Uranium Nuclear Fission. Thermonuclear Reactions
  • Review Questions
  • Lesson 43: Elementary Particles
  • Review Questions
  • Experimental Work 8: Modeling Radioactive Decay
  • Experimental Work 9: Investigation of Charged Particle Tracks from Photographs
  • Summary and Review of Module IV “Atomic and Nuclear Physics”
  • Self-Assessment Tasks for Module IV “Atomic and Nuclear Physics”
  • Appendix 1
  • Appendix 2

Expected Learning Outcomes

  • Understand the structure of the atom and atomic nucleus.
  • Explain the phenomena of radioactivity and types of nuclear radiation.
  • Describe nuclear fission and fusion processes and principles of nuclear energy use.
  • Apply physical concepts and laws to explain atomic and nuclear phenomena.
  • Analyze physical processes and work with formulas, graphs, and physical quantities.
  • Recognize the importance of atomic and nuclear physics in science, energy, and medicine.
  • Understand the need for safe and responsible use of nuclear technologies.

This course develops both theoretical understanding and practical skills. Students enhance analytical thinking, deepen their knowledge of atomic and nuclear processes, and learn to apply scientific reasoning to real-world applications.

Back to top