Multimedia Technology Set 1

Bachelor of Science in Information Technology TY (BSc IT),

Bachelor of Computer Applications (BCA),

Bachelor of Science in Information Technology (BSc IT)

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This set of Multimedia Technology Multiple Choice Questions & Answers (MCQs) focuses on Multimedia Technology Set 1

Q1 | A video consists of a sequence of
Q2 | If frames are displayed on screen fast enough, we get an impression of
Q3 | H.323 uses G.71 or G.723.1 for
Q4 | To receive signal, a translator is needed to decode signal and encode it again at a
Q5 | Session Initiation Protocol (SIP), is very
Q6 | In Audio and Video Compression, each frame is divided into small grids, called picture elements or
Q7 | Streaming stored audio/video, files are compressed and stored on a
Q8 | Live streaming is still using Transmission Control Protocol ( TCP), and multiple unicasting instead of
Q9 | Moving Picture Experts Group (MPEG-2), was designed for high-quality DVD with a data rate of
Q10 | Joint Photographic Experts Group (JPEG) is used to compress
Q11 | Real-time traffic needs support of
Q12 | We can divide audio and video services into
Q13 | In Video Compression, an independent frame that is not related to any other frame is called
Q14 | . RTP uses a temporary even-numbered
Q15 | HTTP client accesses Web server by using the
Q16 | In Joint Photographic Experts Group (JPEG), a gray scale picture is divided into blocks of
Q17 | MP3 produces three data rates from 96 Kbps to
Q18 | For Music, we need to compress digitize signals at
Q19 | Sometimes real-time traffic needs
Q20 | In Real-Time Transport Protocol (RTP), source periodically sends a source description message to give additional infonnation about
Q21 | Audio compression can be used for
Q22 | In Real Time Interactive Audio Video, conferencing requires two way communication between
Q23 | In Real Time Interactive Audio Video, Jitter is introduced in real-time data by delay between
Q24 | Session Initiation Protocol (SIP), has a mechanism that finds the
Q25 | In Audio and Video Compression, voice is sampled at 8000 samples per second with
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