1. Plot function Y = X'.sin(X) . At -a/2 x/2. Note: Change line color to green,...

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1. Plot function Y = X'.sin(X) . At -a/2 ≤x≤π/2. Note: Change line color to green, with circle marker. : Limit the X and Y axis using function's max and min values. 2. If Y1 = cos(2X) Y2=tan(X) + sin(X) Y3=Y2/Y1. At -5x ≤X<5n. a. Plot each function in a single figure. Use different line characteristics for each function. b. Plot all functions in the same figure. Title each function with suitable name (using text command). c. Plot each function in a single cell through out the same figure. Title each cell with suitable name. Title each axis with suitable name. Let X and Y axis equal in length. 3. Plot function Z = X².(X+Y) At 4≤X≤4, 0≤Y ≤8 (3D plotting). , 1. Plot function Y = X'.sin(X) . At -a/2 ≤x≤π/2. Note: Change line color to green, with circle marker. : Limit the X and Y axis using function's max and min values. 2. If Y1 = cos(2X) Y2=tan(X) + sin(X) Y3=Y2/Y1. At -5x ≤X<5n. a. Plot each function in a single figure. Use different line characteristics for each function. b. Plot all functions in the same figure. Title each function with suitable name (using text command). c. Plot each function in a single cell through out the same figure. Title each cell with suitable name. Title each axis with suitable name. Let X and Y axis equal in length. 3. Plot function Z = X².(X+Y) At 4≤X≤4, 0≤Y ≤8 (3D plotting). ,