Problem $8$: $6$ points a$)$ points $2,$ b$)$ points $2,$ c$)$ points $2$

Note: MATLAB starts indexing with $1$ and not $0.$ When we do Euler's method by hand, we call our initial values $x_0$ and $y_0.$ MATLAB calls its initial values $x_1$ and $y_1.$ So$,$ for example, if by hand we calculated $(x_0,($:$y_0\}$ using Euler's method, MATLAB would calculate the same six points but they would be labeled $(x_1,y_1),(x_2,y_2),$dots, $(x_6,y_6).$IVP $=$ initial value problem IV $=$ initial value a$)$ What IVP is being used in this code? b$)$ What is the final value for x $($ie$.$ what is x$51)?$ c$)$ For different IV Problems you need to change lines?