Homework Solution: User written functions and nested loops A spherical water tank is elevated to a height H. The diameter of the tank is D_ The wate…

    This question needs to be wrtten in Matlab coding. Lecture Homework 2: User written functions and nested loops DTANK Problem 1: A spherical water tank is elevated to a height H. The diameter of the tank is Dask: The water supply pipe from the tank is connected to the bottom of the tank and runs directly to the ground. The diameter of the supply pipe is Done. Write a user written function that expects (as the argument) scalar values for the two diameters, the tank height, and the water level (from the ground). The function must return the volume of water contained in the tank and supply pipe combined. The syntax of your function should be: TV Dtank, Dpipe,Htank Hwater) HWATER Test your code on for a tank diameter of 5 meters, a pipe diameter of oS meters, a tank height of 50 meters, and a water height of 51 meters. In the command window type a-IVS,0.5,50,51). Check the result.
    User written functions and nested loops A spherical water tank is elevated to a height H. The diameter of the tank is D_ The water supply pipe from the tank is connected to the bottom of the tank and runs directly to the ground. The diameter of the supply pipe is D_ Write a user written function that expects (as the argument) scalar values for the two diameters, the tank height, and the water level (from the ground). The function must return the volume of water contained in the tank and supply pipe combined. The syntax of your function should be: TV Dtank, Dpipe,Htank Hwater) Test your code on for a tank diameter of 5 meters, a pipe diameter of 0.5 meters, a tank height of 50 meters, and a water height of 51 meters. In the command window type a = TV(5, 0.5, 50, 51). Check the result.

    Expert Answer

     
    function [vol] = TV (Dt,Dp,Ht,Hw)

    This topic needs to be wrtten in Matlab coding.

    Lecture Homework 2: User written exercises and nested loops DTANK Problem 1: A round insinuate tank is eminent to a exaltation H. The transection of the tank is Dask: The insinuate contribute pipe from the tank is conjoined to the basis of the tank and runs straightly to the basis. The transection of the contribute pipe is Done. Write a user written exercise that expects (as the controversy) scalar values ce the brace transections, the tank exaltation, and the insinuate plane (from the basis). The exercise must produce the tome of insinuate contained in the tank and contribute pipe fully. The syntax of your exercise should be: TV Dtank, Dpipe,Htank Hwater) HWATER Test your principle on ce a tank transection of 5 meters, a pipe transection of oS meters, a tank exaltation of 50 meters, and a insinuate exaltation of 51 meters. In the direct window fashion a-IVS,0.5,50,51). Check the outcome.

    User written exercises and nested loops A round insinuate tank is eminent to a exaltation H. The transection of the tank is D_ The insinuate contribute pipe from the tank is conjoined to the basis of the tank and runs straightly to the basis. The transection of the contribute pipe is D_ Write a user written exercise that expects (as the controversy) scalar values ce the brace transections, the tank exaltation, and the insinuate plane (from the basis). The exercise must produce the tome of insinuate contained in the tank and contribute pipe fully. The syntax of your exercise should be: TV Dtank, Dpipe,Htank Hwater) Test your principle on ce a tank transection of 5 meters, a pipe transection of 0.5 meters, a tank exaltation of 50 meters, and a insinuate exaltation of 51 meters. In the direct window fashion a = TV(5, 0.5, 50, 51). Check the outcome.

    Expert Confutation

     

    exercise [vol] = TV (Dt,Dp,Ht,Hw)
    Lp = Ht -(Dt)/2;
    Vp = pi*Lp*Dp*Dp/4;
    l = Hw-Lp;
    c = sqrt(l*(Dt/2 *2 – l));
    Vs = pi/6 *l*(3*c*c + l*l);
    v = Vs+Vp;
    v
    endfunction