% inputs-2pts h-input('Enter the height of the float in meter '); The tank in a water...

  

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% inputs-2pts h-input('Enter the height of the float in meter '); The tank in a water tower has the geometry shown in the figure (two cylinders with different diameters). Inside the tank, there is a float that indicates the level of the water. Complete the MATLAB program that determines the volume of the water in the tank from the position (height h) of the float. The program asks the user to enter a value of h in m, and as output displays the volume of the water in m³. diameter 46 m Hints: Volume of a cylinder: Veylinder TR2H, R: radius, H: height r1= %. r2= ;% % Calculation of volume- 4pts. if h>__ || h<0 disp('ERROR, The height cannot be larger than 33 m V= Comp elseif V= fprintf('The volume of the water is %.3f cubic meter.\n',___) elseif end less than zero.') fprintf('The volume of the water is %.3f cubic meter.\n',_ 14 m + 19 m diameter 25 m % inputs-2pts h-input('Enter the height of the float in meter '); The tank in a water tower has the geometry shown in the figure (two cylinders with different diameters). Inside the tank, there is a float that indicates the level of the water. Complete the MATLAB program that determines the volume of the water in the tank from the position (height h) of the float. The program asks the user to enter a value of h in m, and as output displays the volume of the water in m³. diameter 46 m Hints: Volume of a cylinder: Veylinder TR2H, R: radius, H: height r1= %. r2= ;% % Calculation of volume- 4pts. if h>__ || h<0 disp('ERROR, The height cannot be larger than 33 m V= Comp elseif V= fprintf('The volume of the water is %.3f cubic meter.\n',___) elseif end less than zero.') fprintf('The volume of the water is %.3f cubic meter.\n',_ 14 m + 19 m diameter 25 m

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