Dance training builds a surprisingly strong intuition for physics — Alisha thinks in terms of forces, momentum, torque, and center of mass every time she choreographs or analyzes movement, which gives her a kinesthetic vocabulary for concepts that most tutors explain purely on a whiteboard. She pair...

Studying physics alongside computer science at Duke, Bryce tackles mechanics, electromagnetism, and thermodynamics from both the theoretical and computational sides. He unpacks the math behind physical laws — showing why F=ma isn't just a formula but a relationship you can reason through to solve pr...

Circuit analysis, electromagnetic fields, thermodynamics — Prakash has taught physics from both the theoretical and applied sides, first as a university instructor and now as a working engineer. He unpacks force diagrams, energy conservation, and wave behavior by grounding abstract equations in tang...

An applied mathematics degree from UCLA and doctoral-level engineering work at Virginia Tech gave Professor Florence deep fluency with the math that underpins physics — from vector calculus in electromagnetism to differential equations in harmonic motion. She breaks down force diagrams, energy conse...

An MBA might not be the typical physics background, but William's quantitative coursework in statistics and calculus — combined with teaching both high school physics and math — means he's comfortable walking through force diagrams, energy calculations, and kinematics problems without skipping the a...

Every physics problem is a puzzle — and Artem treats it that way, breaking each scenario into its mechanical components before assembling a solution, whether that's decomposing forces on an inclined plane or tracing energy through a collision. His electrical and computer engineering coursework keeps...

Kinematics and Newton's laws make a lot more sense when someone walks you through the free-body diagrams slowly enough to see what each force is actually doing. George pairs his strong math background with patient problem setup, making sure students can translate a physical scenario into equations b...

UNC Chapel Hill's curriculum gives Jeffrey daily practice with the mechanics, forces, and energy concepts that form the backbone of any physics course, and his 33 ACT confirms the quantitative chops to handle the math side cleanly. He also teaches calculus and trigonometry, which means when a studen...

Most physics confusion comes from jumping to equations before understanding the physical situation. Mark's approach starts with free-body diagrams and conceptual reasoning — identifying what forces are actually present, what's conserved, what's changing — before any numbers appear. Two engineering d...

I love math and physics, particularly as it relates to geology. Ask me about rocks in my spare time! Also a casual American history and constitutional/political buff. APUSH Text: Henrietta Calculus Text: Stewart Physics Text: Knight