write a MATLAB code that follows the instruction

Problem 5.3 Goal: Calculate and plot the resistance force from friction given a range of applied forces. To move a block on a surface as shown below, the force applied to the block must exceed the resistance force from friction. Applied Resistance 1 Force Forcem The resistance force from friction fu (N) can be calculated as a function of the applied force fa (N) as: where fa is the applied force (N) s is the coefficient of static friction (05) Hk is the coefficient of kinetic friction (0.4) N is the normal force (N) calculated as: N = mg m is the mass of the block (8 kg) g is the acceleration due to gravity (9.81 m/s') where Page 4 of Problem 5.3 Goal: Calculate and plot the resistance force from friction given a range of applied forces. To move a block on a surface as shown below, the force applied to the block must exceed the resistance force from friction. Applied Resistance 1 Force Forcem The resistance force from friction fu (N) can be calculated as a function of the applied force fa (N) as: where fa is the applied force (N) s is the coefficient of static friction (05) Hk is the coefficient of kinetic friction (0.4) N is the normal force (N) calculated as: N = mg m is the mass of the block (8 kg) g is the acceleration due to gravity (9.81 m/s') where Page 4 of