Most physics struggles come down to one thing: students can plug numbers into an equation but can't set up the problem from a word description. Shawn teaches the translation step — drawing free-body diagrams, identifying which conservation law applies, choosing a coordinate system — before touching ...

Dylan has taken both mechanics and electricity/magnetism at the college level through Northwestern's engineering program, giving him deep familiarity with everything from free-body diagrams to circuit analysis. He unpacks problems by identifying which physical principles apply first — conservation o...

Engineering students solve physics problems every day — and Zelalem's two chemical engineering degrees gave him deep fluency with mechanics, thermodynamics, and fluid dynamics. He unpacks force diagrams, energy conservation, and kinematics by tying each concept back to the underlying math, which mak...

Kyle's forensic science program pairs physics with real investigative scenarios — trajectory analysis, force calculations in accident reconstruction, and energy transfer in ballistics. That applied training means he can explain Newtonian mechanics, kinematics, and conservation laws through vivid, co...

Kinematics and free-body diagrams tend to be the first place students realize physics is really applied math — and that's where Michael steps in. His deep comfort with calculus and algebra means he can show exactly how equations of motion are derived, not just handed down as formulas to memorize. He...

Katherine teaches physics alongside calculus, thermodynamics, and physical chemistry, which means she can trace a concept like conservation of energy from the introductory free-body diagram all the way through the calculus that formalizes it — no hand-waving over the hard parts. That cross-subject f...

An engineering degree is essentially a physics degree with applications bolted on, which means Aaron spent years solving problems in mechanics, electromagnetism, thermodynamics, and wave behavior. He teaches physics by anchoring every equation to a physical situation — a car braking, a circuit power...

Kinematics equations and force diagrams can feel like pure abstraction until someone connects them to how things actually move and interact. Carol studied architectural technology and engineering, which means she learned physics through real structural and design problems — and that's the lens she b...

I am Cassie Bishop, and for seven years, I have been dedicated to helping students of different age groups (from middle school to college) in mostly math and science. As someone driven to become a professor, I love to teach and have a great passion for sharing my knowledge with others! I am most pas...

I am comfortable with a wide variety of subjects including Algebra, Geometry, Calculus, Statistics, Biology, Anatomy, Chemistry, Physics, and Spanish.