PPT-PHY131H1F - Class 9 Today, Chapter 5 “Force and Motion”:

Forces Free Body Diagrams Newtons First Law Newtons Second Law Test Tomorrow night at 8pm Clicker Question 1 You toss a ball straight up in the air Immediately after you let go of it what forces are acting on the ball. Chapter 8 Sections 8.1-8.3:. Dynamics in Two Dimensions . Dynamics of Uniform Circular . Motion. . Banked Curves. Orbits. PHY131H1F. - Class 13. Harlow’s Last Class . this semester . . . - Class . 13. Today:. Dynamics . in Two Dimensions. . Dynamics of Uniform. Circular Motion. Fictitious. Forces. Pre-class Reading Quiz. (Chapter. 8). Last day I asked at the end of class:. A ball is whirled on a string in a vertical circle. As it is going around, the tension in the string is. Material on Final Exam. Section 1: Measuring Motion. Objectives:. Describe the motion of an object by the position of the object in relation to a reference point. Identify the two factors that determine speed. © 2016 Pearson Education Inc.. Learning Goals for Chapter 14. D. escribe oscillations in terms of . amplitude. , . period. , . frequency. , & . angular frequency. .. A. pply . simple. . harmonic. Dynamics is the study of force and its effect of motion.. A force is a push or pull that can change the inertia of an object.. Newton’s First Law of Motion. Every body continues in its state of rest or motion, unless acted upon by a force.. Centre of Mass. Momentum of systems. http://www.chegg.com/homework-help/questions-and-answers/grand-jete-classic-ballet-manoeuvre-dancer-executes-horizontal-leap-moving-arms-legs--cent-q5975347. From Fall 2017 PHY131H1F Midterm Test 2. Science Question of the Day . What causes the noise when you crack your joints?. Gravity . Gravity is a specific kind of force.. A force is simply the push or a pull on an object.. Can you think of some examples of pushes and pulls on objects?. Newton’s First Law. Lesson 2. 1. . What causes an object in motion to remain in motion?. friction . inertia. gravity . velocity. 1. . What causes an object in motion to remain in motion?. Today’s Objectives: Students will be able to: Apply Newton’s second law to determine forces and accelerations for particles in rectilinear motion. In-Class Activities: Check Homework Reading Quiz 6:. Equilibrium . . Mass. , Weight, Gravity. (No, it isn’t. For an explanation of buoyancy force, see Chapter 15..). Which of the following objects described below is in . dynamic equilibrium. finishing Chapter 6:. Friction, Drag. . Rolling . without slipping. . Examples . of Newton’s Second Law. Microscopic bumps and holes crash into each other, causing a . frictional. force.. Chris Hadfield recently spent nearly five months in orbit around the Earth. He was living on the International Space Station, which orbits at 370 km above the surface of the Earth (low earth orbit).. Conditions . for . Static Equilibrium. Center . of Gravity. Static . Equilibrium Problems. S. tability. Last day I asked. The supports to the diving board provide a vertical force on the board so the diver will not fall. What are the directions of the force on the board at point 1 and point 2: up or down? Why?. Today, finishing Chapter 13:. Simple Pendulum. Circular motion and S.H.M.. Energy in S.H.M.. Damped Harmonic Motion. Driven Oscillations and Resonance.. From . http://www.cavatoyota.com/blog/what-are-shock-absorbers. Significant Figures. Unit Conversion. Normal Distribution. Standard Deviation. Reading Error. Propagation of Errors. Error in the Mean. What is the approximate density of water?. 10. −5 . kg/m. 3.