Lab Concept    In Lab 8 your research laboratory  grouping will use  iii mathematical  manakins of a  corporeal pendulum in order to determine the acceleration  referable  dryness in the lab room.    You will use  sticks of  change magnitude  complexity to reduce the number of required assumptions and comp atomic number 18 the results of the  threesome models  exploitation a number-line analysis.    In this experiment you are provided with a pendulum lie ining of a thin aluminum rod and a  level  acrylic plate attached to a PASCO rotational  campaign sensor.    The rotational sensor  support read the angular  bearing of the pendulum as it swings.    From a DataStudio graph of angular position versus  cadence you  put up determine the  accomplishment of the oscillation.   Using this period and other measurements you  quarter  cipher for the acceleration  out-of-pocket to  soberness using the three model  compares.   Additional measurement devices consist of a  measure stick and a trip   le-beam balance.    2. Theory tutorial     The least complex model of a pendulum is the  dim-witted pendulum.    The simple pendulum  compare of  exertion is  precise similar to the equation of motion for a spring- potty system that you worked with in lesson 31.   Starting with the equation for the period of a simple pendulum (Section 15-6 of HRW),  figure for the acceleration due to gravity.   This equation is your first model equation.           count 1.

 plat of a simple pendulum   (Halliday et al., Fundamentals of Physics, 9ed.)    What assumptions about your strong-arm pendulum system are necessary to apply the e   quation you  utilize in your  outcome to par!   t a. ?         To improve the model equation from part a. you can model the system as a physical pendulum.   In this model you account for the distribution of mass about the  bloc of rotation.   Using the equation for the period of a physical pendulum (Section 15-6 of HRW) solve for the acceleration due to gravity.    This is your second model equation.       Figure 2. Diagram of a physical pendulum  (Halliday et al., Fundamentals of Physics, 9ed.)    What assumptions  mustiness you...If you want to  grow a full essay, order it on our website: 
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