Physics+11+Honor

==// Welcome to Physics 11H! This is a fun and challenging course, Physics 11H. is an introductory course and is meant to prepare students for Physics 12 as well as university level Physics. It is a mathematical science in which students will develop the capacity to think critically. Students will work both individually and collectively to analyze and solve problems of a scientific nature. With hands on activities and learning scientific processes, students should develop a positive attitude toward science. In order to achieve success in this course you will need to work very hard. I am here to help so let’s all work hard to ensure that everyone succeeds! //==

// The following topics will be studied during the course of the year. //
**// Course Outline & Expectations and How to Succeed in Physics 11 H //**

** Rockets // Project Information and Directions //** // Unit 1 What is physic & mathematical toolkit //
 * ===//1.1 What is Physics//===
 * ===//1.2 Significant Figures//===
 * ===//1.3 Transposing Formula .................................................... Quiz 1 - Sept 18,2012//===
 * ===//1.4 Graphing Review 2012//===
 * ===//Unit Review//===
 * **// Pendulum Investigation Lab Due date Oct. 2, 2012 $$$$$$$$$$$$$ Unit 1 Test Friday Sept., 28, 2012 //**

__// d, v, and a //____// Unit 2 //__
 * //** Lesson 1 - Frequency **//
 * //** Lesson 2 - Average Speed & Acceleration **//
 * //** Lesson 3 - Distance and Displacement **//
 * ===//** Lesson 4 - Distance VS Time Graph ...................................................2.1 - 2.4 Quiz on Monday Oct. 15th., **//===
 * //** Lesson 5 - Relative Velocity **//
 * //** Lesson 6 - Interpreting Graphs and Practice with instantaneous Velocity **//
 * __//Velocity Review//__

__// Unit 3 acceleration //__ > > __// Unit 4 Forces //__ > ==__// Forces Assignments //__==
 * ===__// Lesson 1- Acceleration //__ ..........................................................//Acceleration Assignment// ===
 * === //Lesson 2 - Displacement during Constant Acceleration// ===
 * //**Lesson 3 - Acceleration and Displacement Practice Problem**// .............................. // Maze game 1.01 Simulatio activity //
 * === //Lesson 4 - Acceleration Due Gravity .............................................................Quiz 1// ===
 * === //Lesson 5 - Acceleration due gravity in class assignment// ===
 * ............................................................................................................ //**Measring g-Acceleration due Gravity Lab**//
 * ===// Lesson 6 - kinematic review //===
 * __// Acceleration Assignments //__// ~.~.~.~.~.~.~.~.~.~.~.~.~.~.~.~ Bonus Questio //
 * ===**// Lesson 1 Newton's Law of motion //**===
 * ===**// Lesson 2 Newton's Law of motion //**===
 * ===**// Lesson 3 Types of Forces ~.~.~.~.~.~.~.~.~.~.~. Forces quiz #1 key //**===
 * **// Lesson 4 Friction Force //**
 * ====**// Lesson 5 Atwood machine - Air resistance //// ~.~.~.~.~.~.~.~.~.~.~. Forces quiz #2 key //**====
 * **// Lesson 6 Newton's Law of Universal Gravitation //**

__// Term 1 Exam //__
__ Unit 5 Vectors __
 * ===// Lesson 1 - 5.1 Graphical method of vector Addition //===
 * ===// Lesson 2 - 5.2 Analyticl Method of Vector Addition //===
 * ===// Lesson 3- 5.3 Addition Practice Problem.~.~.~.~.~.~.~.~.~.Vectors Worksheet //===
 * ===// Lesson 4 - 5.4 Applications of Vector (Equilibrium) //===
 * **// Lesson 5 -5.5 Application of Vectors the Across the River Problems //**

__// Unit6 Motion in two dimension //__

 * __// [[file:bigengine/6.1 Projectile Motion key.doc|6.1 Projectile Motion Horizontally Launched ]] //__
 * __// [[file:bigengine/6.2 – Projectile Motion Vertically Launched key.pdf|6.2 Projectile Motion Vertically Launched]] //__
 * __// 6.3 Projectile at Angles //__

__// Unit 7 Momentum //__
> ==// ................ //==
 * ====// [[file:bigengine/7.1 Impulse and Change in Momentum key.pdf|7.1 Impulse and Change in Momentum]] //====
 * // 7.2 Impulse and Change in Momentum Assignment 1 //
 * ====// 7.3 The Conservation of Momentum //====
 * ====// 7.4 Inelastic Collision in 2 D //====
 * ==// Momentum Review //==

__// Unit 8 Work and Energy //__

 * __//** [[file:8.1 Work key.pdf|8.1 Work]] **//__
 * __//** [[file:8.2 Power and Efficiency 2013 key.pdf|8.2 Power and Efficiency]] **//__
 * __//** [[file:8.3 the Law of Conservation of Energy Key.pdf|8.3 The Law of Conservation of Energy]] **//__
 * __//** [[file:8.4 Conservation of Energy part II Key.pdf|8.4 Conservation of Energy Part II]] **//__

__// Unit 9 Thermal Energy //__

 * ** //__[[file:Lesson 1 Temp., Heat & Thermal Energy key.pdf|Lesson 1- Temperature, Heat & Thermal Energy]]__// **
 * ** //__[[file:Lesson 2 Measuring Specific Heat key.pdf|Lesson 2- Measuring Specific Heat ]]__// **
 * ** //__[[file:Thermal Energy Review assignment.pdf|Thermal Energy Review]]__// **

__// Unit 11 Special Relativity //__

 * ** //__[[file:Lesson 1 - Special Relativity 1 key.doc|Special Relativity 1]]__// **
 * ** [[file:Lesson 2 - Special Relatitity key.doc|Lesson 2 - Special Relatitity key.doc]] **

//__ Unit 12 Waves __//

 * ==//[[file:Lesson 1- Characteristics Of Waves key.pdf|Lesson 1- Characteristics of Wave]] //==
 * ==//[[file:Lesson 2 - The Wave Equation 2013 key.pdf|Lesson 2- The Wave Equation]] //==
 * ==//[[file:Lesson 3 - Standing Wave .pdf|Lesson 3 - Standing Wave .pdf]] //==
 * ==//[[file:Lesson 4 - The Speed of Light & snill's law key.pdf|Lesson 4- The speed of light & Snell's Law]] //==
 * ==//[[file:Chapter 12 Wave review.pdf|Wave review]] //==
 * ==//[[file:How to calculate the critical angle.pdf|Calculating the Critical angle]] //==