Matlab Question! Please write the code for A. as I'm a bit stuck. Thanks!

Perform the calculation for a thrown cricket ball with/without air resistance. A spherical ball with a radius of R -3.6 cm and a mass m0.145 kg is thrown with an initial velocity of 50 m/s at an angle of 035 degree above the horizontal. The drag coefficient C can be taken to be 0.5 and the density of air p 1.2 kg/m' (use g 9.80 m/s') Develop a MATLAB script to: With the effect of air resistance (let C-0.5). Without the effect of air resistance (let C 0.0) A. The ball has twice the diameter and therefore 8 times the weight and 4 times the cross section. Keep all the other parameters the same. B. Compare to the previous result when diameter is not doubled. Perform the calculation for a thrown cricket ball with/without air resistance. A spherical ball with a radius of R -3.6 cm and a mass m0.145 kg is thrown with an initial velocity of 50 m/s at an angle of 035 degree above the horizontal. The drag coefficient C can be taken to be 0.5 and the density of air p 1.2 kg/m' (use g 9.80 m/s') Develop a MATLAB script to: With the effect of air resistance (let C-0.5). Without the effect of air resistance (let C 0.0) A. The ball has twice the diameter and therefore 8 times the weight and 4 times the cross section. Keep all the other parameters the same. B. Compare to the previous result when diameter is not doubled