1. Altitude of an Object in Freefall The current altitude of an object experiencing freefall at...

  

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1. Altitude of an Object in Freefall The current altitude of an object experiencing freefall at any time while neglecting air resistance is given by h=h, t where (ho) is the object's initial altitude, (vo) is the object's initial velocity, (g) is the standard acceleration due to gravity (g = 9.80665 m/s2), and (t) is the time of flight. Assume that ho = 200 m, vo = 10 m/s, and t = 7 s. Write a MATLAB script that computes the current altitude of the object for the given parameters. The final altitude should be displayed on the command window, rounded to three decimal places. The command window output for this simulation can be seen in Figure 1: Command Window Begin Simulation... *********‒‒‒‒‒‒‒‒‒ The current altitude is: h = 29.737 m Simulation Complete! (0.002 seconds) fx >> ******** Figure 1: Problem 1 Command Window Output Save the code under the file name 'MATLAB_Experiment1.m'. (1.1) Refactor CODE Profiler Analyze ANALYZE ve = 10; *[]This is the inital velovity t = 7; %[]This is the time Run Section 8 = 9.88665; X[]This is the value of gravity and Window gin Simulation.... Arlington Matlab MAE-1106 r-C\Users\Jalen Henry OneDrive - UT Arlington Matlab MAE-1106\MATLAB_Experiment1.m exercise 2.m X Exercise 1.m MATLAB Experiment1.mx untitled2 X he 200; %[]This is the Inital altitude h he +ve t 0.5 g t ^ 2; %[]This is the current altitude XX PRINT RESULTS e current altitude is : Section Break Run and Advance Run to End SECTION fprintf( The current altitude is: \n" h) %[]This is the value for h Search Run Step Stop RUN lecture 3.m X Script (2).mx + Zoom: 10. UTF-8 CRLF 1. Altitude of an Object in Freefall The current altitude of an object experiencing freefall at any time while neglecting air resistance is given by h=h, t where (ho) is the object's initial altitude, (vo) is the object's initial velocity, (g) is the standard acceleration due to gravity (g = 9.80665 m/s2), and (t) is the time of flight. Assume that ho = 200 m, vo = 10 m/s, and t = 7 s. Write a MATLAB script that computes the current altitude of the object for the given parameters. The final altitude should be displayed on the command window, rounded to three decimal places. The command window output for this simulation can be seen in Figure 1: Command Window Begin Simulation... *********‒‒‒‒‒‒‒‒‒ The current altitude is: h = 29.737 m Simulation Complete! (0.002 seconds) fx >> ******** Figure 1: Problem 1 Command Window Output Save the code under the file name 'MATLAB_Experiment1.m'. (1.1) Refactor CODE Profiler Analyze ANALYZE ve = 10; *[]This is the inital velovity t = 7; %[]This is the time Run Section 8 = 9.88665; X[]This is the value of gravity and Window gin Simulation.... Arlington Matlab MAE-1106 r-C\Users\Jalen Henry OneDrive - UT Arlington Matlab MAE-1106\MATLAB_Experiment1.m exercise 2.m X Exercise 1.m MATLAB Experiment1.mx untitled2 X he 200; %[]This is the Inital altitude h he +ve t 0.5 g t ^ 2; %[]This is the current altitude XX PRINT RESULTS e current altitude is : Section Break Run and Advance Run to End SECTION fprintf( The current altitude is: \n" h) %[]This is the value for h Search Run Step Stop RUN lecture 3.m X Script (2).mx + Zoom: 10. UTF-8 CRLF

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