1000
1000 msec = 1 sec 30,000 msec = 30 sec
delay sensitive is a time delay parameter which is oftenly used in multimedia applications. The units of this parameter is sec. It usually ranges from 100 msec to 5 sec.
Each second has 1,000 msec in it. Multiply the number of seconds by 1,000 and you have the number of milliseconds in the same length of time.
ms or msec
3500 msec
Momentum is defined as mass * velocity, M=m*v. Momentum: 200kg*m/sec velocity: 2.5m/sec mass: (200kg*m/sec) / (2.5m/sec) = 80kg If remembering equations like these is difficult, then something useful for you would be to understand the concept of dimensional analysis. That is a fancy word for looking at the units of the given quantities. If you know that mass is kilograms, then you can figure out how to manipulate the units m/sec and kg*m/sec in order to come out with a final unit of kg. By dividing kg*m/sec with m/sec you end up getting (kg*m*sec) / (m*sec), leaving just kg left which is the unit you were looking for. Therefore you should divide 200 by 2.5 for a final answer of 80kg.
Let t=0 denote the start of transmission. At t=1 msec, the first frame has been fully transmitted. At t=271 msec, the first frame has fully arrived. At t=272 msec, the frame acknowledging the first one has been fully sent. At t=542 msec, the acknowledementbearing frame has fully arrived. Thus, the cycle is 542 msec. A total of k frames are sent in 542 msec, for an efficiency of k/542. Hence a) k=1, efficiency=1/542=0,18% b) k=7, efficiency=7/542=1,29% c) k=4, efficiency=4/542=0,74%
250 msec
300 sec
www.msbshse.ac.in ORwww.mah.nic.in/msec
Generally about 300 msec.
around 4 msec