Design a small Java program simulating a consumption of gas mileage of an automobile during road...

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Design a small Java program simulating a consumption of gas mileage of an automobile during road trips under various scenarios. 1. User options for a number of passengers 2. No user input necessary. Simply generate a random number of traffic lights and stop signs during the driving. You must define separate Java classes (one java file showing main(), and another Java files showing class design with constructors; e.g., Car.java) along with multiple separate functions to incorporate these factors affecting total gas consumption calculation ME 3010 Intermediate Mechanics HW#1 (Worth 60 pts) Due Wednesday Sept 7, 2016 Matlab 7.(10pts) Determine the tensions in cables AB, AC, and AD if the bulldozer is pulling with an axial force of 1kip along the x-direction. Solve the set of simultaneous equations using either Excel or Matlab; attach a printout of the computer solution to this solution set. 3ft 4ff C B Coordinates in ft. A (8, 0, 0) B (0, 3, 8) C (02-6) D (0, -1, 0) FACFA = 15A. I kip B FAS FAD 6) Given 200 kg blocks A, B and C as shown μs .6 for all surfaces in contact Required: F required to move B downward Assume: Impending motion Hints: Can Block A move? Will likely need a computer solution of a 4 x 4 matrix. 80° 80° Design a small Java program simulating a consumption of gas mileage of an automobile during road trips under various scenarios. 1. User options for a number of passengers 2. No user input necessary. Simply generate a random number of traffic lights and stop signs during the driving. You must define separate Java classes (one java file showing main(), and another Java files showing class design with constructors; e.g., Car.java) along with multiple separate functions to incorporate these factors affecting total gas consumption calculation ME 3010 Intermediate Mechanics HW#1 (Worth 60 pts) Due Wednesday Sept 7, 2016 Matlab 7.(10pts) Determine the tensions in cables AB, AC, and AD if the bulldozer is pulling with an axial force of 1kip along the x-direction. Solve the set of simultaneous equations using either Excel or Matlab; attach a printout of the computer solution to this solution set. 3ft 4ff C B Coordinates in ft. A (8, 0, 0) B (0, 3, 8) C (02-6) D (0, -1, 0) FACFA = 15A. I kip B FAS FAD 6) Given 200 kg blocks A, B and C as shown μs .6 for all surfaces in contact Required: F required to move B downward Assume: Impending motion Hints: Can Block A move? Will likely need a computer solution of a 4 x 4 matrix. 80° 80°

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