How many frames would you need for a two-hour movie with a picture size of 1024 width by 728 height and 60 frames per second? How much disk space would this movie need if you stored every pixel’s color? Remember that each pixel would require 24 bits to store the color.
What will be an ideal response?
If its 60 frames per second it would take 432,000 frames.
It’d take 1024*728 = 745,472 pixels for a single frame, so (745,472)*(432,000) = 322,043,904,000 pixels for the entire movie. This is equivalent to 24*322,043,904,000 = 7,729,053,696,000 bits.
You might also like to view...
To apply text style formatting to a block of text, you first must:
A) double-click inside the desired text. B) right-click inside the desired text. C) select the desired text. D) locate the insertion anywhere inside the desired text.
Most of the work spent ordering large files is not sorting but actually merging.
Answer the following statement true (T) or false (F)
What does the logon command do in the Recovery Console?
What will be an ideal response?
What is the assessment of the amount of risk an organization is willing to accept for a particular information asset?
A. residual risk B. risk appetite C. risk tolerance D. risk avoidance