Q2. A. Suppose the viewing box of a program to display a square is set up in a coordinate 5 Marks system where one unit along each axis is 1cm. Assuming pixels to be 0.2 mm x 0.2 CLO(4) mm. squares, Compute the size and location of the square rendered by shoot and print to a 500 pixel x 500 pixel OpenGL window Suppose next the coordinate system is re-calibrated so that a unit along each axis is 1 meter instead of 1cm., everything else remaining same. What then are the size and location of the square rendered in the OpenGL window? What is rendered if, additionally, the size of the OpenGL window is changed to 500 pixels x 250 pixels B. C. Q2. A. Suppose the viewing box of a program to display a square is set up in a coordinate 5 Marks system where one unit along each axis is 1cm. Assuming pixels to be 0.2 mm x 0.2 CLO(4) mm. squares, Compute the size and location of the square rendered by shoot and print to a 500 pixel x 500 pixel OpenGL window Suppose next the coordinate system is re-calibrated so that a unit along each axis is 1 meter instead of 1cm., everything else remaining same. What then are the size and location of the square rendered in the OpenGL window? What is rendered if, additionally, the size of the OpenGL window is changed to 500 pixels x 250 pixels B. C