# 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.
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.

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

This inquiry needs to be wrtten in Matlab coding.

User written capacitys and nested loops A round breathe-into tank is high-minded to a crisis H. The transection of the tank is D_ The breathe-into contribute pipe from the tank is united to the floor of the tank and runs quickly to the account. The transection of the contribute pipe is D_ Write a user written capacity that expects (as the discussion) scalar values coercion the span transections, the tank crisis, and the breathe-into roll (from the account). The capacity must requite the dimensions of breathe-into contained in the tank and contribute pipe thoroughly. The syntax of your capacity should be: TV Dtank, Dpipe,Htank Hwater) Test your sequence on coercion a tank transection of 5 meters, a pipe transection of 0.5 meters, a tank crisis of 50 meters, and a breathe-into crisis of 51 meters. In the order window fashion a = TV(5, 0.5, 50, 51). Check the development.

## Expert Response

capacity [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