(Solved): include screenshot of figures A 3-phase, 4-pole induction motor is rated 208V,50Hz. It is connec ...

A 3-phase, 4-pole induction motor is rated $208\mathrm{V},50\mathrm{Hz}$. It is connected in $Y$ configuration, and it has the following parameters referred to the stator side: $\mathbf{R}$ ' $\mathbf{r}=$ $0.14830?,\mathrm{Rs}=0.24286?,\mathrm{Xm}=14.63605?,{\mathrm{X}}^{?}\mathrm{r}=0.16787?,\mathrm{Xs}=0.16787?$ and $P_{\text{rotational }}=371.962(n/1500)\mathrm{W}$ in which $\mathrm{n}$ is the motor speed in rpm. Write a matlab program that will generate in one page but four figures the waveforms of : - the developed torque and the load torque versus the motor speed - the stator current magnitude versus the motor speed. - the motor efficiency versus the motor speed - the supply power factor versus the motor speed if the speed of the motor varies between 0 to synchronous speed in step of $1\mathrm{rpm}$,