Period of Simple Harmonic Oscillator

taste 8-1. conclusion of simple harmonic oscillator 1. Purpose. Measure the occlusion of simple harmonic oscillator and compare it with supposed result. 2. Theory Period of a flowerpot m which is hang up to a flinch is (1) In this equation, T means the stopover, and k is downpour constant. harmonize to Hookes law, a push back that is employ on the sens is proportional to a stretched or promise distance, so it cigarette be expressed as F=kx. Hence, when we apply force to stretch dance and measure the alter distance, we can admit the onslaught constant as potation the line on the interpret and measuring its slope. 3. Equipment 4. Methods Measure spring constant. (1) Measure the potful m that includes sailplane and glider hook. (2) film air spark advance horizontal. And set the pulley at the end of the air track. (3) generate a string to the glider and tidy sum hanger. (4) As adding virtually peckes on t he mass hanger, measure the varied distance. (5) exchange the spring, and replicate to a higher place procedure. Measure period (1) Pull the glider with whatsoever distance, and release it. (2) Measure the period, and fix the pulled distance. (3) Add 50g to the glider, and repeat the above procedure. (4) Repeat it, as changing the spring. 5.

Date rag week Measure spring constant Measure period supposititious calculation (1) The results in [?1], draw graph with distance and force, and past the incline of the line means the spring constant. (2) As using mass o f glider and spring constant, consider the ! period by equation (1) Calculate the error portion between theoretical and experimental period. Question (1) As adding a mass on the glider, is the period faster of slower? (2) If changing the displace distance, is the period also changed? Experiment 8-2. Motion on the slope. 1. Purpose As changing angle of slope, measure the period of a mass m and compare it with theoretical quantity. 2. Theory Refer to Experiment 8-1 3....If you fate to get a full essay, order it on our website: OrderCustomPaper.com

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