Simple Harmonic Motion By Panun Bali Aim: The aim of this experiment was to determine the spring constant “k” of a spring using Hooke’s Law and Simple Harmonic Motion. Theory: Part 1: We know from the theory that the Time Period “T” for any spring that undergoes simple harmonic motion: T = 2π * √ (m/k) Where “T” is the Time Period of the spring; “m” is the mass attached to the spring and “k” is the spring constant of the spring used. After mathematically manipulating the equation
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There is a popular story that Newton was sitting under an apple tree‚ an apple fell on his head‚ and he suddenly thought of the Universal Law of Gravitation. As in all such legends‚ this is almost certainly not true in its details‚ but the story contains elements of what actually happened. What Really Happened with the Apple? Probably the more correct version of the story is that Newton‚ upon observing an apple fall from a tree‚ began to think along the following lines: The apple is accelerated
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First Law of Motion Isaac Newton’s first law of motion states that an object in motion tends to stay in motion‚ and an object at rest tends to stay at rest‚ unless an outside force is acting upon the object. This is a simple‚ yet complex concept that we see and feel every day. Long before this law of motion was observed and put into words it was acting upon us as human beings‚ as well as every other object‚ not only here on earth but everywhere in the universe. How Newton’s first law of motion affects
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November 2014 “The Life of Sir Isaac Newton” When I had to choose a name from the list of the greatest mathematicians‚ it became a difficult task to only choose one. There are so many people to choose from‚ but I chose‚ Isaac (Sir) Newton. Isaac Newton was born on January 4th 1643 in Woolsthorpe‚ England. Newton died on March 31‚ 1727 in London. Newton was a very different type of mathematician‚ his ways were not always the same as the other greats. Isaac Newton mainly used mathematics as a researching
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Force‚ Motion‚ Newton’s Laws‚ Momentum‚ and Impulse What is force? Force is a push or pull upon an object resulting from the object’s interaction with another object. There are two types of force‚ contact forces‚ and forces resulting from action-at-a-distance. A contact force can be frictional forces‚ normal forces‚ applied forces‚ and air resistant forces. The formula for contact force is F = ma. This type of force occurs when two objects are contacting each other physically. If you kick a ball
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low a ball goes. Momentum affects the distance a soccer ball travels and the movement of players. Velocity explains the way a soccer ball moves‚ how players are able to get to ball and how they can accurately make passes. All three of Newton’s Laws of Motion are applicable to soccer and the physics of the Magnus Effect is marveled at by fans throughout the world when a player is able to curl a free kick into the goal. There are many techniques whereby physics can be applied to make better soccer players
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surface or groove that imparts motion to a follower ➢ Cams are very important and frequently occurring elements in many types of machines – especially AUTOMATIC MACHINES ➢ Cams are the heart of such automatic devices as automatic devices as automatic machine tools‚ record changers‚ mechanical calculators‚ cash registers‚ and many other devices. Types of Cams: Motions Used for Cam Followers: ➢ The motion of the follower is of primary interest
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Newton’s First Law of Motion says that unless an outside force acts on an object‚ the object will continue to move at its present speed and direction. Unless the objects inside the car are restrained they will continue moving at whatever speed the car is traveling even if the car is stopped by a crash. Changing or stopping an object’s momentum requires a force acting over a period of time. If momentum changes instantly‚ as in a car crash‚ the force is very‚ very great! In a head-on collision‚ if
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One World: Motion Topic: Write an article that explores how the Physics of Motion is (or can be) used to solve a specific problem in a local or global context. Millions of people everywhere around the world make use of the principles of motion to travel up and down quickly within a tall building. The use of elevators has been around since ancient medieval times since then has grown from being powered by a hoist and winder to electric and hydraulic motors1. An elevator
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Lab #1: Uniformly Accelerated Motion This is an example of a laboratory report. For a detailed description of how to complete a lab report‚ consult the laboratory manual. When writing your lab reports‚ use your own words. Do not copy from this sample or from the laboratory manual. Your name: Lab partners’ names: PHYS 1.2 L Section: Instructor: Prof. Gelman Date: Objectives To investigate the properties of a uniformly accelerated cart moving down an inclined plane. To measure the instantaneous
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