Write a general Matlab computer program or Excel spreadsheet for tracing underwater sound rays. The program or spreadsheet must be capable of solving all the ray equations. Use your program or spreadsheet to solve the following problem. The sound velocity profile is given below. The source is located at a depth of 2400 ft. Trace the rays leaving the source at initial angles of 0, 2, 453 and 10 to a horizontal distance of 30,000 yds. Use computer graphics to prepare a graph of all the rays 4. Determine the time and path distance for each ray to reach the maximum horizontal distance and show results in a table. Submit a printout of the spreadsheet or Matlab program and computer drawn graphics of all rays. Submit a summary table that shows the total time (s) and total path distance (yds) for each ray angle after traveling the 30,000 yard horizontal distance. Extra credit wil be given for exceptional graphics and effort. SOUND SPEED ft/ 1000 2000 3000 4000 5000 6000 7000 Depth ft Write a general Matlab computer program or Excel spreadsheet for tracing underwater sound rays. The program or spreadsheet must be capable of solving all the ray equations. Use your program or spreadsheet to solve the following problem. The sound velocity profile is given below. The source is located at a depth of 2400 ft. Trace the rays leaving the source at initial angles of 0, 2, 453 and 10 to a horizontal distance of 30,000 yds. Use computer graphics to prepare a graph of all the rays 4. Determine the time and path distance for each ray to reach the maximum horizontal distance and show results in a table. Submit a printout of the spreadsheet or Matlab program and computer drawn graphics of all rays. Submit a summary table that shows the total time (s) and total path distance (yds) for each ray angle after traveling the 30,000 yard horizontal distance. Extra credit wil be given for exceptional graphics and effort. SOUND SPEED ft/ 1000 2000 3000 4000 5000 6000 7000 Depth ft