1) In the equation B = up, what is y in terms of the constant-volume heat capacity? 2) What is the numerical value of y for diatomic gases like O, and N,? 3) There are two methods for measuring the bulk modulus B. a) What quantity is measured in the static experiment? b) What quantity is measured in the dynamic experiment? c) Write the equation to calculate B for the static experiment. d) Write the equation to calculate B for the dynamic experiment. 4) In this experiment, how do we reduce random error for each method? Data Analysis (16pts total, 1pt each except as specified) 1) For the static test, compute - and 8(). 2) For the dynamic test, compute - and 8(). 3) (5pts) Compute B,, and & B,. 4) (5pts) Compute B and & B 5) (4pts) Compute y and y with their uncertainties dy,,and dy . Conclusion (3pts total, 1pt each) 1) Do your values for the bulk modulus agree with each other? 2) Compute the theoretical value for bulk modulus at standard temperature and pressure (STP). 3) Using the theoretical value that you obtained in the previous question, explain which method for the measurement of the bulk modulus is more accurate? Why do you think it is more accurate? Virtual Experiment (10pts total) Link: http://go.hawaii.edu/VWA Your goal is to use the static test to measure the bulk modulus of air (B,,) and its uncertainty, using the simulation. 1) (2pts) Measure the drop height five times. 2) (2pts) Calculate the average drop height and its error