Write a Matlab code that predicts the minimum print time for a cube with the following parameters. Comment out your code for ease of viewing. PT Print time (minutes) LH - Layer height (mm) ND - Nozzle diameter (mm) PS - Print speed (mm/minute) NO - Number outlines TBL - Top and bottom layers (# on top and bottom, if TBL=3 there are 3 layers on the top and 3 layers on the bottom) PL - Percent infill (%) SL-Cube side length (mm) Include a section that predicts the amount of filament used. FU Filament usage (kg) FD filament density (kg/mm3) Include a section that predicts the cost. PC Print cost ($) IC Initial printer cost ($) PL Printer lifetime (hours) PU Power Usage (watts) EC Energy cost ($/kWh) FC Filament Cost ($/kg) Use the code you wrote in problem 1 to calculate print time, filament usage, and cost for the following setup. LH 0.3 mm ND - 0.4 mm PS - 3000 mm/min NO - 2 TBL-3 PL 25% SL - 50 mm FD 1.25e-6 kg/mm3 IC - $1200 PL - 4000 hours PU 200 watts EC - $0.1/kWh FC $28/kg Write a Matlab code that predicts the minimum print time for a cube with the following parameters. Comment out your code for ease of viewing. PT Print time (minutes) LH - Layer height (mm) ND - Nozzle diameter (mm) PS - Print speed (mm/minute) NO - Number outlines TBL - Top and bottom layers (# on top and bottom, if TBL=3 there are 3 layers on the top and 3 layers on the bottom) PL - Percent infill (%) SL-Cube side length (mm) Include a section that predicts the amount of filament used. FU Filament usage (kg) FD filament density (kg/mm3) Include a section that predicts the cost. PC Print cost ($) IC Initial printer cost ($) PL Printer lifetime (hours) PU Power Usage (watts) EC Energy cost ($/kWh) FC Filament Cost ($/kg) Use the code you wrote in problem 1 to calculate print time, filament usage, and cost for the following setup. LH 0.3 mm ND - 0.4 mm PS - 3000 mm/min NO - 2 TBL-3 PL 25% SL - 50 mm FD 1.25e-6 kg/mm3 IC - $1200 PL - 4000 hours PU 200 watts EC - $0.1/kWh FC $28/kg