Calculate the mass loss rate for the fuel of a pool fire that has gone from having a mass of 75 grams at = to having a mass of 15 grams at t = 70 s.Calculate the mass loss rate for the fuel of a pool fire that has gone from having a mass of 60 grams at = to having a mass of 20 grams at t = 45 s.Calculate the mass loss rate for the fuel of a pool fire that has gone from having a mass of 45 grams at = to having a mass of 5 grams at t = 85 s.The room has a gas pressure of 50 ft³ and is changed from the initial pressure of 14.7psi (1 atm) to 400psi. What would be the maximum pressure raised in the room? There is a book example located on page 54, and conversions are needed.A compartment measures 10 feet by 10 feet by 2 feet with no openings. If the temperature in that room was to rise 450°F, and the initial pressure is 14.7psi (1 atm), what would the maximum pressure raised in the compartment be? What are the concerns with this increased pressure? There is a book example located on page 54, and conversions are needed.When a gas at atmospheric pressure occupies a volume of 300 mL at 10°C, what volume does it occupy at 200°C and the same pressure?At atmospheric pressure, a gas occupies a volume of 450 L at 0°C. What volume does it occupy at 100°C and the same pressure?After periodic usage, the vehicle tire gauge pressure reads 45psig when the temperature is 72°F. What is the gauge pressure reading when the temperature of the tire contents becomes 125°F during a fire? There is a book example located on page 56, and conversions are needed.The delivery driver delivers a gas cylinder and chains it to a wall within the shop. After periodic usage, the gauge pressure reads 215 psig when the temperature is 55°F. What is the gauge pressure reading when the temperature of the cylinder contents becomes 400°F during a fire? The initial pressure is 14.7psi (1 atm). There is a book example located on page 56, and conversions are needed.A volume gas at atmospheric pressure occupies a volume of 150 mL at 5°C. What volume does it occupy at 150°C and the same pressure?An unknown gas at atmospheric pressure occupies a volume of 600 mL at 15°C. What volume does it occupy at 300°C and the same pressure?

This project computes the two largest eigenvalues of a 50x50 matrix. You will use the usual Power Method to compute the largest eigenvalue. For the next largest eigenvalue, you can use an “Annihilation or Deflation or Shifting technique” discussed in class and also in our book. The matrix A is tridiagonal. Its main diagonal has ones on it. The super diagonal (the diagonal above the main diagonal) has negative-ones on it. The sub-diagonal (below the main diagonal) has negative-ones also. Our starting vector xo has all ones. Our tolerance is 0.01.Turn in the following on one page1) Draw Gershgorin Circles that contain the eigenvalues of A. Use “insert” from the menu to locate and draw circles. 2) Based on part (1), what is the spectral radius of A. Print your answer here: _______________3) With a starting vector xo= [1 1 1 1….1]T, apply the usual power method to estimate lmax , the dominant- eigenvalue of matrix A. Use a tolerance of 0.01. Print your answer with 4 decimals: ____________4) Print the number of iterations required to converge. ____________5) Use the deflation technique discussed in class to compute the second largest eigenvalue. Tolerance = 0.01 Print the second largest eigenvalue with 4 decimals: _________________6) Print the number of iterations required to converge. ___________7) Print your computer program here. As discussed in class, the main body of your program is 3 lines, so your program should not be long.

Hello I post my project instruction and please follow the steps, and at the end complete the "FOR ONLINE STUDENTS". Thanks