Assume that we are working with a 24-bit true color scheme, in which each pixel is assigned an RGB color with values for red, green, and blue, that each range from 0 to 255. The command for a solid blue pixel would be RGBColor = “0, 0, 255” (no red, no green, and full concentration of blue).
-Assume that the following code is applied to a computer monitor with resolution 1024 by 768. Describe the output.
For $x = 1$ to 768
RGBColor $= { } ^ { " } 0,0,255 ^ { \prime \prime }$
Plot Pixel $( 768 , \mathrm { x } )$
Next $x$

Question

Assume that we are working with a 24-bit true color scheme, in which each pixel is assigned an RGB color with values for red, green, and blue, that each range from 0 to 255. The command for a solid blue pixel would be RGBColor = “0, 0, 255” (no red, no green, and full concentration of blue).
-Assume that the following code is applied to a computer monitor with resolution 1024 by 768. Describe the output. 
For $x = 1$ to 768
RGBColor $= { } ^ { " } 0,0,255 ^ { \prime \prime }$
Plot Pixel $( 768 , \mathrm { x } )$
Next $x$

Quizplus · Accepted Answer

The Answer of Assume that we are working with a 24-bit true color scheme, in which each pixel is assigned an RGB color with values for red, green, and blue, that each range from 0 to 255. The command for a solid blue pixel would be RGBColor = “0, 0, 255” (no red, no green, and full concentration of blue).
-Assume that the following code is applied to a computer monitor with resolution 1024 by 768. Describe the output. 
For $x = 1$ to 768
RGBColor $= { } ^ { " } 0,0,255 ^ { \prime \prime }$
Plot Pixel $( 768 , \mathrm { x } )$
Next $x$

Assume That We Are Working with a 24-Bit True Color x=1x = 1x=1

Assume That We Are Working with a 24-Bit True Color $x = 1$