Q3 ( 6 points). Consider sending a Web page that consists of 1 video clip, and 5 images over HTTP /2. Suppose that the video clip is transported as 2000 frames, and each image has 3 frames. Consider a "frame time" to be the time needed to send out a singe frame. a) ( 2 points) If all the video frames are sent first without interleaving followed by the images also sent out without interleaving, how many "frame times" are needed until all 5 images are sent? b) ( 2 points) If frames are interleaved, how many "frame times" are needed until all 5 images are sent? c) (2 points) Now suppose that HTTP/2 prioritization is employed and the client sends concurrent requests with the following priority weights assigned for each request: video clip: 40, first image: 1, second image: 2, third image: 3, fourth image: 4, fifth image: 5 Supposed that a smaller weight indicates higher priority, how many "frame times" are needed until the second image is sent