Context for Items 2 and 3. Capturing a video and doing medical imaging involves sampling analog data and converting each sample co a string of bits (ones and zeros). These processes produce very large files that can be transferred quickly over high-speed LAN connections but are often challenging and time-consuming to transfer over less expensive ISP connection services. 2) A high-definition digital video camera produces an uncompressed video stream of 24,30 , or 60 frames per second. If each video frame is an array 1,280 720 pixels (has 921,600 pixels) and an 8-bit binary number is used to represent the color of each pixel. a. How many bits are needed to represent the pixels in a single video frame? b. How many bits are required to represent a one-second video that includes 60 frames of uncompressed video? Note 1: 60 frames per second is often used for sports videos. Note 2: Your answer to this equals the data rate required to transmit the uncompressed video stream on a circuit. c. Assume that an average play in a football game (US football) is five seconds in length and is recorded at 60 frames per second. Also assume that 24-bit True color pixels are used instead of 8-bit pixels for the recording and that the pixel array for each video frame is 1280720 pixels. Write the formula that you would use to calculate the total number of bits that would be generated a five-second video of a football play? You do not have to perform the calculation