Homework Solution: Use Matlab…

    Use Matlab DTANK Problem 1: A spherical water tank is elevated to a height H. The diameter of the tank is 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 Di 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,HtankHwater) 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 HK eters. In the command window type a-TV(5,0.5,50,51). Check the result HTANK HWATER
    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

     
    Matlab code: Create a file named TV.m and pasted given co

    Use Matlab

    DTANK Problem 1: A round impart tank is high to a elevation H. The crossing of the tank is The impart accoutre pipe from the tank is alike to the profound of the tank and runs instantly to the foundation. The crossing of the accoutre pipe is Di Write a user written power that expects (as the dispute) scalar values control the span crossings, the tank elevation, and the impart roll (from the foundation). The power must restore the compass of impart contained in the tank and accoutre pipe entirely The syntax of your power should be TV(Dtank.Dpipe,HtankHwater) Test your mode on control a tank crossing of 5 meters, a pipe crossing of 0.5 meters, a tank elevation of 50 meters, and a impart elevation of 51 HK eters. In the bid window emblem a-TV(5,0.5,50,51). Check the effect HTANK HWATER

    A round impart tank is high to a elevation H. The crossing of the tank is D_ The impart accoutre pipe from the tank is alike to the profound of the tank and runs instantly to the foundation. The crossing of the accoutre pipe is D_ Write a user written power that expects (as the dispute) scalar values control the span crossings, the tank elevation, and the impart roll (from the foundation). The power must restore the compass of impart contained in the tank and accoutre pipe entirely. The syntax of your power should be: TV (Dtank, Dpipe, Htank, Hwater) Test your mode on control a tank crossing of 5 meters, a pipe crossing of 0.5 meters, a tank elevation of 50 meters, and a impart elevation of 51 meters. In the bid window emblem a = TV(5, 0.5, 50, 51). Check the effect.

    Expert Rejoinder

     

    Matlab mode:

    Create a smooth designated TV.m and pasted abandoned mode into it! Smoothname must be TV.m

    TV.m

    power [V] = TV(Dtank,Dpipe,Htank,Hwater)
    % Total compass = compass of pipe + impart compass in tank
    h = Htank – Dtank/2; %elevation of pipe
    r = Dpipe/2;
    pipe_v = pi*r^2*h; %compass if cylinder = π*r^2*h
    ht = Himpart – h; %impart elevation in sphere
    rt = Dtank/2;%radius of tank
    water_in_tank = pi*(ht^2)*rt – (pi/3)*(ht^3);
    V = pipe_v + impart_in_tank;
    end

    Sample Test:

    octave:2> compass = TV(5,0.5,50,51)
    compass =  60.639
    
    octave:4> compass = TV(5,0.5,50,52.5)
    compass =  74.776