If physics has always been a point of interest to you but you’ve never known where to start, or how to structure your learning, our study guides are your best bet! Our physics study guides cover popular, important topics that can supplement your learning journey.  

TL;DR Isotopes and Nuclear Stability

Explore the world of modern physics through these study guides and interactive 3D models. 

TL;DR Nuclear Reactions

TL;DR Nuclear Reactor

TL;DR Quarks

TL;DR Radioactivity

TL;DR Special Theory Of Relativity

TL;DR Bohr's Atomic Model 

TL;DR General Theory Of Relativity

Modern Physics

TL;DR Quantum Mechanical Atomic Model

TL;DR Atomic Forces

TL;DR Fundamental Particles

https://quizlet.com/470147650/chem-sem-1-rev-set-f-quantum-numbers-quantum-mechanical-model-diagram/

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Ravela Da Cruz

The quantum mechanical model of the atom, which regards electrons as matter waves, was proposed by Erwin Schrödinger.

Quantum Mechanical Atomic Model

INTRODUCTION

FEATURES OF QUANTUM MECHANICAL MODEL OF ATOM

PRINCIPLES OF QUANTUM THEORY

QUANTUM MECHANICAL MODEL OF ATOM STRUCTURE

DRAWBACKS OF THE QUANTUM MECHANICAL MODEL OF THE ATOM

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https://www.thoughtco.com/bohr-model-of-the-atom-603815

Niels Bohr proposed the atomic Bohr model in 1915. It was created by modifying Rutherford's atomic model. The nucleus model was developed by Rutherford, who suggested that a positively charged nucleus is surrounded by negatively charged electrons.

BOHR’S ATOMIC MODEL

THE BOHR MODEL'S KEY POINTS

POSTULATES OF BOHR'S ATOMIC MODEL

Bohr's Atomic Model

LIMITATIONS OF BOHR’S ATOMIC MODEL

gravity force simulation screenshot

 General Theory Of Relativity Study Guide

Nuclear Reactions Study Guide

Quarks Study Guide

Special Theory Of Relativity Study Guide

Nuclear Reactor Study Guide

Radioactivity: Definition and Types Study Guide

 Isotopes And Nuclear Stability Study Guide

Quantum Mechanical Atomic Model Study Guide

Bohr’s Atomic Model Study Guide

Atomic Forces Study Guide

Fundamental Particles Study Guide

general-physics

General Physics

Circular Motion and Gravity

Conservation Laws

Electric Circuits

Electric Current

Electromagnetic Radiation

Electromagnetism

Fluids

Forces and Newton's Laws of Motion

Harmonic Motion and Waves

Introduction to Physics

Magnetism

Motion in One-Dimension

Motion in Two-Dimensions

Optics

Rotational Motion

Simple machines

Sound

Static Electricity

Thermal Physics

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Quantum Mechanical Atomic Model

BOHR’S ATOMIC MODEL

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General Theory Of Relativity Study Guide

Study Guides

Nuclear Reactions Study Guide

Study Guides

Quarks Study Guide

Study Guides

Special Theory Of Relativity Study Guide

Study Guides

Nuclear Reactor Study Guide

Study Guides

Radioactivity: Definition and Types Study Guide

Study Guides

Isotopes And Nuclear Stability Study Guide

Study Guides

Quantum Mechanical Atomic Model Study Guide

Study Guides

Bohr’s Atomic Model Study Guide

Study Guides

Atomic Forces Study Guide

Study Guides

Fundamental Particles Study Guide

Cheatsheets

Cheatsheets

TL;DR Isotopes and Nuclear Stability

Cheatsheets

TL;DR Nuclear Reactions

Cheatsheets

TL;DR Nuclear Reactor

Cheatsheets

TL;DR Quarks

Cheatsheets

TL;DR Radioactivity

Cheatsheets

TL;DR Special Theory Of Relativity

Cheatsheets

TL;DR Bohr's Atomic Model

Cheatsheets

TL;DR General Theory Of Relativity

Cheatsheets

TL;DR Quantum Mechanical Atomic Model

Cheatsheets

TL;DR Atomic Forces

Cheatsheets

TL;DR Fundamental Particles