2. Two circular segments are to be cut out of a rectangular sheet (figure T1-2). Write a program that determines the area of the remaining part of the sheet. The two circles should fully fit in the sheet without intersecting They should also be at least 1.0 cm apart. Disregard diagonal jostling Prompt the user to enter the coordinates of the sheet corners and the radii of the two circles. Note the two circles do not have to have the same radius. Assume the coordinates entered do make a rectangle. Given the above, note any three corners will be sufficient to describe the rectangle. All units are in centimeters (cm) Output the remaining area of the sheet or a message indicating the "no-fit" situation. Let the user run the program repeatedly or end it by entering a flag of your choice. Figure T1-2 2. Two circular segments are to be cut out of a rectangular sheet (figure T1-2). Write a program that determines the area of the remaining part of the sheet. The two circles should fully fit in the sheet without intersecting They should also be at least 1.0 cm apart. Disregard diagonal jostling Prompt the user to enter the coordinates of the sheet corners and the radii of the two circles. Note the two circles do not have to have the same radius. Assume the coordinates entered do make a rectangle. Given the above, note any three corners will be sufficient to describe the rectangle. All units are in centimeters (cm) Output the remaining area of the sheet or a message indicating the "no-fit" situation. Let the user run the program repeatedly or end it by entering a flag of your choice. Figure T1-2