Bøker av Douglas Barlow

A brief introduction to electromagnetic theory at the undergraduate level. Topics include, vector analysis, static electric and magnetic fields in free space and materials. Voltage and capacitance for charge distributions. Current, resistance and Drude conductivity theory. Faraday's law, Ampere's law and Maxwell's equations. Numerous fully worked example problems and end of chapter exercises.

A compact introduction to calculus based physics for scientists and engineers. Topics include: mathematics for physics, motion in one and two dimensions, Newton's laws of motion, conservation of momentum, rotational motion, sound, periodic motion, simple harmonic motion, waves, fluid mechanics, thermodynamics, electricity and magnetism, DC and AC circuits, refraction, diffraction and optical instruments. Chapters include fully worked out example problems and end of chapter practice/homework problems for the reader.

A compact introduction to calculus based physics for scientistsand engineers. Topics include: mathematics for physics, motionin one and two dimensions, Newton's laws of motion,conservation of momentum, rotational motion, sound, periodicmotion, simple harmonic motion, waves, fluid mechanics,thermodynamics, electricity and magnetism, DC and AC circuits,reflection, refraction, diffraction and optical instruments. Chaptersinclude fully worked out example problems and end of chapterpractice/homework problems for the reader.

A collection of lab activities to accompany any introductory college physics course. Labs are designed so as to not require extensive use of expensive, highly specialized equipment. Activities involve devices and supplies typically found in most college physics lab room closets. Topics are from the fields of data analysis, mechanics, sound, thermal physics, DC circuits, magnetism and optics along with two optional lab activities covering modern topics.

A collection of lab activities to accompany any introductory college physics course. Labs are designed so as to not require extensive use of expensive, highly specialized equipment. Activities involve devices and supplies typically found in most college physics lab room closets. Topics are from the fields of data analysis, mechanics, sound, thermal physics, DC circuits, magnetism and optics along with two optional lab activities covering modern topics.