# Lectures in Physics

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Introduction the Lecture Material for Physics Teachers
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This chapter deals with the derivation of the Kinematic Equations describing 1-D motion, including velocity, acceleration, distance and time. 2-D motion for Projectile Motion is also described in considerable detail with many worked examples on each
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This chapter deals with the derivation of Newton's Laws of Motion, Frictional Forces, and the equations describing 1-D & 2-D forces acting on objects are introduced in considerable detail with many worked examples on each topic, together with a
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This chapter deals with the concepts of Energy, Work & Power. The relationship between all three phenomena is introduced and all equations derived from first principles, including many worked examples on each topic, together with a
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This chapter deals with the introduction to the concept of Linear Momentum, and the Conservation of Linear Momentum in Elastic and Inelastic collisions, including the derivation of the equations of Rocket Motion. Also included are many worked
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This chapter deals with the derivation of the concepts and equations describing Rotation, Rolling, Torque and Angular Momentum, with many worked examples on each topic, together with a travelogue-in-pictures of the physics being described at work
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This chapter deals with the derivation of the concepts and equations describing the properties of Fluids, such as Pressure and Density. Other phenomena such as Archimedes' Principle, Buoyancy and Bernoulli's Principle are described in great detail,
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This chapter deals with the derivation of the concepts and equations describing Mechanical Waves, Wave Propagation, the generation of Sound, and the Doppler Effect. Many worked examples on each topic, together with a travelogue-in-pictures of the
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This chapter deals with the derivation of the concepts and equations describing Internal Energy Transfer, Heat, and the Temperature measuring scales. Included are many worked examples on each topic, together with a travelogue-in-pictures of the
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This chapter deals with the derivation of the concepts and equations describing Gravitation. Included are many worked examples on each topic, together with a travelogue-in-pictures of the physics being described at work around the world through the
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This chapter deals with the derivation of the concepts and equations describing Atomic Structure, the nature of electrical charges, and the Coulomb Force Law of Electrostatics. Included are many worked examples on each topic, together with a
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This chapter deals with the derivation of the concepts and equations describing Batteries, Capacitors & Resistors. Included are many worked examples on each topic, together with a travelogue-in-pictures of the physics being described at work
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This chapter deals with the derivation of the concepts and equations describing the generation of Electric Current and the properties of Current Flow. Included are many worked examples on each topic, together with a travelogue-in-pictures of the
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This chapter deals with the derivation of the concepts and equations describing Electrical Circuits and the basic components used in circuit boards. Included are many worked examples on each topic, together with a travelogue-in-pictures of the
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This chapter deals with the derivation of the concepts and equations describing Electric Fields due to point charges and continuous distributions of charges. Included are many worked examples on each topic, together with a travelogue-in-pictures of
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This chapter deals with the use of Gauss' Law for calculating the electric field due to a symmetric distribution of charge. Also covered are the concepts of electric flux and electric potential energy. Included are many worked examples on each
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This chapter deals with the derivation of the concepts and equations describing Magnetic Fields. Included are many worked examples on each topic, together with a travelogue-in-pictures of the physics being described at work around the world through
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This chapter deals with the derivation of the concepts and equations describing the link between magnetism and electrical currents. The generation of currents by fluctuating fields is also discussed in Faraday's Law of Induction.Included are many
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This chapter deals with the derivation of the concepts and equations describing the link between electricity, magnetism, electric and magnetic fields. Collectively, this is the study of Electromagnetic Fields. Included are many worked examples on
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This chapter deals with the derivation of the concepts and equations describing the nature of Optics and the properties of Reflection, Refraction and Dispersion. Such natural phenomena as Mirages, Rainbows and Twinkling Stars are discussed in great
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TEACHING EXPERIENCE

20+ years as a College Professor. Courses taught: Physics, Astronomy, Earth Science, Physical Science. I am a published scientific author with several research papers published as first author in internationally refereed journals.

MY TEACHING STYLE

To tell a story....

HONORS/AWARDS/SHINING TEACHER MOMENT

MY OWN EDUCATIONAL HISTORY

Ph.D. Dissertation in Physics written on : "OPTICAL AND THERMAL INVESTIGATIONS ON THE CLASSICAL AND QUANTUM RESPONSE PROPERTIES OF ELECTRON BAND STRUCTURE, PHASE TRANSITIONS AND CONDUCTIVITY OF BOTH DIMENSIONALLY FREE AND RESTRICTED SYSTEMS OF ATOMS AND MOLECULES."

Some of my greatest adventures have come from my travels around the world. I have traveled to all 7 Continents and all 50 States. From my travels, I bring the story of the world into the classroom so students may live and learn vicariously through my eyes. My adventures around the world have taken me to all of Earth’s remote corners: from dog-sledging in the Arctic winters of Sweden to mountaineering uncharted landscapes of Antarctica, from trekking the Amazon Jungles of Ecuador to scaling the Cliffs of Ireland, from spelunking the caves of China to mountain biking the world’s deadliest mountain roadway on Bolivia’s Death Road,” from camping under the midnight Sun in the far north of Norway and Finland to open-ocean kayaking off the Shetland Islands in the Southern Ocean’s home of killer Orca whales, from days of crossing the Andes Mountains and jungles of Peru towards Macchu Picchu to tenting in the open plains of Africa’s Masai Mara in Kenya and Tanzania’s vast Serengeti, from ice-climbing the glaciers of Alaska to drifting through glow-worm caves in the Southern Alps of New Zealand.