A color video clip should be transmitted over a media which hasVideo– Resolution: 800X600 pixels– Quantization: 8 bit– Frames per second: 24Audio– Audio sampling rate 44.1 KHz– Quantization: 16 bitDuration 10 minutesIf the video is not compressed, find the amount of data that will betransmitted via transmission media.

To find the amount of data that will be transmitted via the transmission media, we need to calculate the data rate for both the video and audio components.

For the video component: Resolution: 800x600 pixels Quantization: 8 bit Frames per second: 24

First, let's calculate the number of pixels in each frame: 800 pixels x 600 pixels = 480,000 pixels

Next, let's calculate the number of bits per frame: 480,000 pixels x 8 bits = 3,840,000 bits

Since there are 24 frames per second, we can calculate the data rate for the video component: 3,840,000 bits x 24 frames = 92,160,000 bits per second

For the audio component: Sampling rate: 44.1 KHz Quantization: 16 bit

Let's calculate the number of bits per second for the audio component: 44,100 samples per second x 16 bits = 705,600 bits per second

Now, let's calculate the total data rate for both the video and audio components: 92,160,000 bits per second (video) + 705,600 bits per second (audio) = 92,865,600 bits per second

To find the amount of data transmitted over 10 minutes, we need to convert the data rate to bytes per second: 92,865,600 bits per second / 8 bits = 11,608,200 bytes per second

Finally, we can calculate the total amount of data transmitted over 10 minutes: 11,608,200 bytes per second x 60 seconds x 10 minutes = 6,964,920,000 bytes

Therefore, if the video is not compressed, the amount of data that will be transmitted via the transmission media is approximately 6,964,920,000 bytes.