Beam deflection experiment done by four parts. Part 1 -Simple Supported Bean‚ part 2-Cantilever Beam‚ part 3-The Principle of Superposition‚ and Part 4-Maxwell’s Reciprocity Theorem. For part 1 and 2 beam dimensions were recorded and are moment of inertia (I) was calculated using the following formula I=bh3/12.for part1‚ maximum permissible loads for mid-span and quarter-span were calculated. For part 2 maximum permissible loads for mid-span and end of the cantilever beam were calculated. For both
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Engrineering Statics E-ASSIGNMENT No. 1 Submitted to: Muhammad Amir Gulnawaz Submitted by: Muhammad Suleman Rauf Roll no: 12–ME-49 1st Semester Mechanical Engineering What is engineering? Engineering is the application of scientific‚ economic‚ social‚ and practical knowledge‚ in order to design‚
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physics. Dancing is a personal favorite hobby of mine‚ but I’ve never really considered the physics side of dancing which seems odd considering all the different movements and techniques that involve many principles of physics such as rotational inertia‚ gravitational force‚ motion‚ velocity‚ momentum‚ and torque. Balance is a huge element in a dancer’s life‚ without balance a dancer cannot perform any type of movement or technique. This is where the concept of The Center of Gravity steps in because
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REVIEW OF RELATED LITERATURE Introduction Balloon powered car racers are driven by air coming from a deflating balloon. Instead of using electricity‚ these cars make use of the Law of Action and Reaction. The car is propelled forward‚ as a result of the air coming from an inflated balloon. As a reaction to the force produced by the escaping air‚ a force acts towards the opposite direction thereby pushing the car racer forward. Although balloon powered car racers have been around for quite
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base units‚ and are categorized as derived units. In this course‚ the following basic and derived units are used more often. 3.2 Mechanical Elements 3.2.1 Inertia Elements The inertia elements include masses for translation and moments of inertia for rotation. The mass is usually denoted by m with unit as kg or slug. The moment of inertia often represented as J with unit as kg − m. 3.2.2 Spring Elements A linear spring is a mechanical element that can be deformed by an external force such
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Version 2 STANDARDS/MANUALS/ GUIDELINES FOR SMALL HYDRO DEVELOPMENT Civil Works – Hydraulic Design Of Small Hydro Plants Lead Organization: Sponsor: Alternate Hydro Energy Center Indian Institute of Technology Roorkee Ministry of New and Renewable Energy Govt. of India May 2011 AHEC/MNRE/SHP Standards/ Civil Works - Guidelines For Hydraulic Design Of Small Hydro Plants /May 2011 1 1. GUIDELINES FOR HYDRAULIC DESIGN OF SMALL HYDRO PLANTS This section provides
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improved math and science all over the world‚ but they played a major role in the development of human beings giving us a better understanding of the world in which we live and the laws that each and every one of us follow. Newton’s first law is law of inertia‚ which is a restatement of Galileo’s idea‚ an object in rest stays in rest or an object in motion stays in motion unless acted upon by an outside force. Newton’s second law states acceleration is proportional to the magnitude of the net force‚ is
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The yo-yo is one of the oldest toys in existence. Despite its lasting popularity‚ it is one of the simplest toys around. The early versions of they toy were made simply from carved wood and a string. No one is quite sure of the origin of the yo-yo but many say China. Others say that ancient Greeks as far back as 2‚500 years used yo-yos for entertainment. The motion and the process of playing with a yo-yo incorporates many concepts in physics of momentum‚ energy‚ friction‚ etc. With simply a spool
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point inertia‚ force‚ acceleration‚ momentum‚ and impulse are involved. Newton’s first law is the law of inertia and it states a body continues in its state of rest or of uniform motion unless an unbalanced force acts upon it. Some actions effected by this law are a quarterback throwing a football‚ a running back or receiver running for a touchdown‚ or a ball being kicked towards the uprights. When a ball is thrown or kicked it wants to keep traveling in a straight path. The amount of inertia that
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__________________________‚ which means at the same _____________________ and in the same ________________________‚ UNLESS c. an ______________________________ force acts on that object. 3. What is inertia? 4. What property of an object determines how much inertia it has? 5. Which of the following has more inertia? a. Bowling ball or Tennis ball b. Hammer or Feather II. NEWTON’S SECOND LAW OF MOTION 6. Newton’s second law of motion is also known as the LAW OF ______________________________________
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