Please solve this problem with MATLAB!!!!

This code could run, but could not pass the assessment.

Please tell me where I go wrong, and please help me fix it!!!

Thanks a lot!!!

This tool is provided by a third party. Though your activity may be recorded, a page refresh may be needed to fill the banner LAB ACTIVITY 23.60.1: How far does the arrow travel? 0/20 How tar does the arrow travel The height of an arrow as a function of distance x when launched from a height of 0 above the ground is described by y(x)-tan ()x-( 8 )x2 , where is the angle of the arrow with respect to earth at launch, Vo is the initial speed, and g is the 2v2cos2 6 gravitational acceleration. The relationship holds if the arrow experiences no resistance in the air. Accounting for resistance caused by the airy(x)-(rocose + tan6x + coco8yx 1 g( ) , where the real parameter > 0 quantifies the velocity dependent resistance. Ex: cos cos Trajectories of an arrow traveling with a wind resistance with when -/4, M0 200 m/s, g-32 m/s2 are 400 350 0.00001 300 250 200 I 150 100 50 0 400 600 Distance / meter 200 800 1000 1200 1400 Your Function Save C Reset EE MATLAB Documentation 1 function noWindResitance, withwindResistance, errorGamma]-HowFar (gamma) % Your code goes here 3 4nowindResitance[]; withwindResistance-[]; errorGamma-[]; 5 noWindResitance -0; errorGamma - 1; 6 if(gamma > e && gamma 0 quantifies the velocity dependent resistance. Ex: cos cos Trajectories of an arrow traveling with a wind resistance with when -/4, M0 200 m/s, g-32 m/s2 are 400 350 0.00001 300 250 200 I 150 100 50 0 400 600 Distance / meter 200 800 1000 1200 1400 Your Function Save C Reset EE MATLAB Documentation 1 function noWindResitance, withwindResistance, errorGamma]-HowFar (gamma) % Your code goes here 3 4nowindResitance[]; withwindResistance-[]; errorGamma-[]; 5 noWindResitance -0; errorGamma - 1; 6 if(gamma > e && gamma