The following program moves a robot in a grid of squares. The initial position and direction of the robot is shown below. Click on the grid to move the robot to the final position after the program is run. You must click within the box to rotate the robot to the correct final direction (click near the top of the box to rotate up, etc...) Feel free to move the robot along as you follow the code. reset robot PROCEDURE FancyMove (n) 3 REPEAT n TIMES 4 { MOVE FORWARD () MOVE_FORWARD () 7. 8. 9. 10 3 11 REPEAT 3 TIMES 12 13 ROTATE_LEFT() 14 ROTATE LEFT() 15 FancyMove(i) 16 i Fi - 1 17 18 ROTATE_LEFT() 19

The following program moves a robot in a grid of squares. The initial position and direction of the robot is shown below. Click on the grid to move the robot to the final position after the program is run. You must click within the box to rotate the robot to the correct final direction (click near the top of the box to rotate up, etc...) Feel free to move the robot along as you follow the code. reset robot PROCEDURE FancyMove (n) 3 REPEAT n TIMES 4 { MOVE FORWARD () MOVE_FORWARD () 7. 8. 9. 10 3 11 REPEAT 3 TIMES 12 13 ROTATE_LEFT() 14 ROTATE LEFT() 15 FancyMove(i) 16 i Fi - 1 17 18 ROTATE_LEFT() 19

Microsoft Visual C#

7th Edition

ISBN:9781337102100

Author:Joyce, Farrell.

Publisher:Joyce, Farrell.

Chapter6: Using Arrays

Section: Chapter Questions

Problem 2E: For each of the following exercises, you may choose to write a console-based or GUI application, or...

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The following program moves a robot in a grid of squares. The initial position and direction of the robot is shown below. Click on the grid to move the robot to the final position after the program is run. You must click within the box to rotate the robot to the correct final direction (click near the top of the box to rotate up, etc...) Feel free to move the robot along as you follow the code. PROCEDURE DoSomething(a){ MOVE_FORWARD() if( a > 2 ) { MOVE_FORWARD() } else { if( a = 3 ) { MOVE_FORWARD() } } MOVE_FORWARD()} i ⬅ 3ROTATE_RIGHT()REPEAT 2 TIMES{ DoSomething(i) MOVE_FORWARD() ROTATE_RIGHT() i ⬅ i - 1}
Attached is image of the question. Make sure to answer all parts of the question correctly.
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…
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