Heath Rutledge-Jukes 9/23/26 Heath Rutledge-Jukes 9/23/26

⚡ Superposition Principle in Electrostatics: Forces Between Charges

Learn the superposition principle in electrostatics, including Coulomb’s law, force vectors, attraction, repulsion, and net electric force for the MCAT.

Heath Rutledge-Jukes 9/20/26 Heath Rutledge-Jukes 9/20/26

🌊 Structure of a Wave: Wavelength, Amplitude, Crests, and Troughs

Learn the structure of a wave for the MCAT, including crests, troughs, amplitude, wavelength, frequency, period, and the wave speed equation v = fλ.

Heath Rutledge-Jukes 9/18/26 Heath Rutledge-Jukes 9/18/26

🌊 Standing Waves Explained: Nodes, Antinodes, Wavelength, and Harmonics

Learn standing waves for the MCAT, including nodes, antinodes, wavelength, harmonics, resonance, and key λ/2 and λ/4 relationships.

Heath Rutledge-Jukes 9/8/26 Heath Rutledge-Jukes 9/8/26

⚡ Newton’s Second Law: Force, Mass, and Acceleration Explained

Learn Newton’s Second Law, F = ma, and how force, mass, and acceleration relate. Review key equations, examples, and high-yield MCAT physics concepts.

Heath Rutledge-Jukes 9/7/26 Heath Rutledge-Jukes 9/7/26

🧲 Pulling Systems & Free-Body Diagrams: Tension, Friction, and Acceleration

Learn pulling systems and free-body diagrams with tension, friction, normal force, and acceleration equations for high-yield MCAT physics problems.

Heath Rutledge-Jukes 9/6/26 Heath Rutledge-Jukes 9/6/26

⚡ Ohm’s Law: Voltage, Current, Resistance & MCAT Physics Explained

Learn Ohm’s Law, V = IR, and the relationship between voltage, current, and resistance. Compare ohmic and non-ohmic devices for MCAT physics.

Heath Rutledge-Jukes 8/6/26 Heath Rutledge-Jukes 8/6/26

⚡ Parallel Plate Capacitors: A High-Yield MCAT Physics Guide

Learn how parallel plate capacitors work, including capacitance, electric fields, plate area, separation, and dielectrics in this high-yield MCAT physics guide.

Heath Rutledge-Jukes 7/9/26 Heath Rutledge-Jukes 7/9/26

🚀 Lorentz Contraction (Special Relativity)

Learn Lorentz contraction in Special Relativity with the formula, examples, derivation, and how object length changes as velocity approaches light speed.

Heath Rutledge-Jukes 12/12/25 Heath Rutledge-Jukes 12/12/25

🔥 What Nuclear Fusion Really Means for MCAT Students

Learn how deuterium and tritium fuse to form helium and energy in this high-yield MCAT physics breakdown. Understand binding energy, mass defect, and exam-style reasoning with help from a King of the Curve science visual.

Heath Rutledge-Jukes 10/25/25 Heath Rutledge-Jukes 10/25/25

⚡ Lenz’s Law: Understanding Magnetic Induction Through Motion

Understand Lenz’s Law with King of the Curve’s visual guide. Learn how moving magnets induce current, plus MCAT and USMLE exam connections.

Heath Rutledge-Jukes 10/20/25 Heath Rutledge-Jukes 10/20/25

⚙️ Kinetic vs. Static Friction: Understanding Motion for the MCAT

Understand the difference between static and kinetic friction with King of the Curve’s MCAT visual guide. Includes equations, tips, and real-world examples.

KOTC Admin 10/11/25 KOTC Admin 10/11/25

🧬 How PET Scans Work: A Molecular Level Breakdown

Understand how PET scans visualize molecular activity in the body using positron emission and photon detection. High-yield for MCAT, NCLEX, and med prep.

Usman Ali 6/2/25 Usman Ali 6/2/25

🔬 Nuclear Fission: A Chain Reaction Explained

Explore the process of nuclear fission, how it works, and its components. Understand key concepts through a simple breakdown with an infographic and table.