If x=0:pi/100 : 2*pi; y sin(x) then how we can plot the curve with green color, solid style and square marker plot(x ,y, "g","-","s") plot(x,y,"g,-*") plot('x,y'g,-, s) )O plot(x,y g',""s') O

Please do not give solution in image format thanku Flappy Bird We have a red dot flapping through a maze of “pipes” (green vertical lines). Press the button and the dot goes up, release the button and the dot goes down. You need to also keep track of the score, which will be a decimal value of up to at least 999, shown on the hex displays of the board. The project will be done with Verilog and FPGA Describe the project from a user standpoint: what it does, how the user will interact with it (be specific; think about what I/O they will use to move left or right), etc. Include a top-level block diagram. This needs to be detailed enough that we can understand how the different blocks of the system interact, but does not have to be super complex.

Create the design for determining if a point is inside, on, or outside of the rectangle. Drawing out the rectangle and labeling the coordinates of all points will help you to visualize the problem. Once the design has been completed, write a program that prompts the user for the x and y coordinates for the lower left hand corner of a rectangle as well as the height and the width of the rectangle. After that, you will need to get the coordinates for the point from the user as well. Once all inputs have been entered by the user, determine if the point is inside the rectangle, on the rectangle, or outside the rectangle. If the point is inside the rectangle, print "inside the rectangle". If the point is on the rectangle, print "on the rectangle". If the point is outside of the rectangle, print "outside the rectangle". Example output: Enter the x coordinate of the lower left hand corner of the rectangle: 1 Enter the y coordinate of the lower left hand corner of the rectangle: 1 Enter the…