Conservation Of Mechanical Energy

Notre Dame Catholic High School Conservation of windup(prenominal) muscle Lab ? Purpose/Objectives The objectives for this probe are: curb the constitute eonian of a source. foreshadow elastic electric potential strength. calculate gravitative potential energy. determine whether mechanical energy is conserved in an oscillating spring. ? Equipment The materials employ in this investigation were: Hookes law apparatus meter stick rubber bands solidification of upsurgees support stand clamp ? selective information selective information altogetherot over 1: ??????? *Force was calculated on conterminous pageboy utilize the equivalence F=m*g. Data fudge 2: ??????? *Lowest Points and Highest Points measurements include the height of the counter. Calculations 1. The compare utilize for finding the Force was: F = m*g, where m is the mass applied and g is the gravitational eonian. Example: endeavour 1 Given: m=0.170kg F = m*g g=9.81m/s^2 F = (0.170kg)*(9.81m/s^2) F=?

F = 1.668N Trial 2 F=2.649N Trial 3 F=2.845N Trial 4 F=3.826N cross 5 F=5.788N Trial 6 F=7.848N ? Analysis ?1. Organizing Data recitation your selective information from the first data flurry to calculate the elongation of the spring. Use the equa! tion elongation = stretched spring initial spring.2. Organizing Data For individually trial, convert the masses used to measure the spring constant to their fierceness equivalents. Use the equation Fg = mag.3. Organizing Data For distributively trial, calculate the spring constant using the equation k = force/elongation. Take the average of all trials, and use this value as the spring constant.4. Organizing Data using your data from the second data table, calculate the elongation of the spring at the highest point of each trial. Use the equation elongation = highest...If you want to get a full essay, order it on our website: OrderCustomPaper.com

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