• agofactAgoFact
  • Discover
  • Build your own
  • Sign in
  • Get started free
agofactAgoFact
  1. Discover/
  2. UCT/
  3. PHY1012F Physics A for Engineers/
  4. PHY1012F: Newton's Laws, Forces and Friction — Interactive Force Lab

Taking PHY1012F Physics A for Engineers at University of Cape Town?

Sign up to join PHY1012F Physics A for Engineers

UCT · PHY1012F

PHY1012F: Newton's Laws, Forces and Friction — Interactive Force Lab

Built by AgoFact EditorMade Aug 5, 2026simulator
Free preview. Try it now — a free account opens the rest.Sign up free
Loading

About this study app

PHY1012F Physics A for Engineers · University of Cape Town · 2026

An interactive UCT PHY1012F force lab covering Newton's three laws, friction on inclines, connected-block pulley systems, circular motion (flat/banked/vertical), and particle equilibrium, with a 10-question scored quiz.

The PHY1012F Interactive Force Lab is a simulator for UCT's Physics A for Engineers course covering Newton's laws, friction on inclines, pulley systems, circular motion, and equilibrium with a scored 10-question quiz to test understanding.

Built from prompt

Build me an interactive study tool for Newton's laws, forces, and friction covering inclines, pulleys, circular motion, and equilibrium for my UCT PHY1012F course.

No ratings yet

More from PHY1012F Physics A for Engineers

  • Open PHY1012F Thermodynamics: First Law, Heat Engines, Carnot & Entropy
    Preview of PHY1012F Thermodynamics: First Law, Heat Engines, Carnot & Entropy
    Simulator
    PHY1012F Thermodynamics: First Law, Heat Engines, Carnot & Entropyby AgoFact EditorPHY1012F Thermodynamics: First Law, Heat Engines, Carnot & Entropy is an interactive simulator for UCT's Physics A for Engineers course covering the first law of thermodynamics, ideal-gas processes, heat engines, Carnot efficiency, and entropy with live calculators and a scored concept check.2026
  • Open PHY1012F: Heat, Temperature and Kinetic Theory of Gases
    Preview of PHY1012F: Heat, Temperature and Kinetic Theory of Gases
    Study tool
    PHY1012F: Heat, Temperature and Kinetic Theory of Gasesby AgoFact EditorThis UCT PHY1012F Physics A for Engineers interactive study tool covers heat, temperature, kinetic theory of gases, thermal expansion, and heat transfer modes with embedded calculators and a 10-question quiz.2026
  • Open PHY1012F: Elasticity, Stress-Strain & Fluid Statics/Dynamics
    Preview of PHY1012F: Elasticity, Stress-Strain & Fluid Statics/Dynamics
    Simulator
    PHY1012F: Elasticity, Stress-Strain & Fluid Statics/Dynamicsby AgoFact EditorPHY1012F: Elasticity, Stress-Strain & Fluid Statics/Dynamics is an interactive simulator for UCT's Physics A for Engineers course covering Young's modulus, shear and bulk moduli, Pascal's and Archimedes' principles, and the continuity and Bernoulli equations, featuring calculators and a scored quiz.2026
  • Open PHY1012F Rotational Motion & Rotational Dynamics — Torque, Inertia, Angular Momentum
    Preview of PHY1012F Rotational Motion & Rotational Dynamics — Torque, Inertia, Angular Momentum
    Simulator
    PHY1012F Rotational Motion & Rotational Dynamics — Torque, Inertia, Angular Momentumby AgoFact EditorPHY1012F Rotational Motion & Rotational Dynamics simulator for UCT covers angular kinematics, torque, moment of inertia, rolling-without-slipping dynamics, and angular momentum conservation through interactive simulators, calculators, and a scored quiz.2026
Build Now
  • Open PHY1012F: Impulse, Momentum & Collisions — Interactive Simulator
    Preview of PHY1012F: Impulse, Momentum & Collisions — Interactive Simulator
    Simulator
    PHY1012F: Impulse, Momentum & Collisions — Interactive Simulatorby AgoFact EditorPHY1012F: Impulse, Momentum & Collisions at UCT is an interactive simulator covering the impulse-momentum theorem, momentum conservation, one- and two-dimensional collisions, centre of mass, and rocket propulsion, with live simulators and a scored quiz.2026
  • Open PHY1012F Work, Energy and Power: Ramp-Spring Simulator + PE Diagrams
    Preview of PHY1012F Work, Energy and Power: Ramp-Spring Simulator + PE Diagrams
    Simulator
    PHY1012F Work, Energy and Power: Ramp-Spring Simulator + PE Diagramsby AgoFact EditorUCT's PHY1012F Work, Energy and Power simulator lets you explore the work-energy theorem, potential energy, and power through an interactive block-on-ramp system and PE diagrams, with a scored practice quiz included.2026