could please do all the six pictures coding (MATLAB)

WITH SAME THE STEPS AND PICTURES THAT I uploaded

A polar rose is a sinusoidal function that looks like a rose in polar coordinates. It can also be represented in Cartesian coordinates. The equations for a polar rose are given below: Polar Coordinates Cartesian (Regular) Coordinates r= COS X = COS os (o) s(at) cos(t) y = cos(t) sin (1) Create a 2x3 grid of six polar rose plots in the same window (using the subplot function). Include a descriptive title for each subplot, but axis labels are not required. Assume units of radian for 8 and t. Look up the polar() command for the plots using the polar coordinate system. Use the following blueprint to create and organize your plots in the figure window: Polar Coordinates n = 6 (1.2) d = 7 OSOS 8 (use 200 values total) Polar Coordinates n = Your Choice (1,3) d = Your Choice Choose an appropriate e domain Polar Coordinates n = 5 (1,1) d=1 Oses (use 200 values total) os Cartesian Coordinates n=5 (2,1) d=1 Osts (use 200 values total) Cartesian Coordinates n = 6 (2.2) d = 7 Ostsert (use 200 values total) Cartesian Coordinates n = Your Choice (2.3) d = Your Choice Choose an appropriate t domain Self check: Note - the ones in the 3rd column- your choice - don't have to look like the ones shown Polar Rose for nu?? and da?? Polar Rose for n5 and d 1 95 1 120 Polar Rose for n-3 and d=5 90 120 20 en 120 GO 150 0.5 0.5 30 150 30 0.5 7 150 30 150 1A0 0 120 0 210 30 210 210 240 300 220 300 240 300 270 270 270 Polar ar Rose on Cartesian Coordinates for nes and de1 Polar Rose on Cartesian Coordinates for nes and des Polar Rose on Cartesian Coordinates for nu?? and d=77 0.- 0.- 0 0.2 0 0 -0.6 -0.5 a 0.5 0.5 0.5 1 -1 -3.5 0 0.5