<span> the answer would be: Does she have or can she develop the strengths needed for this type of work?</span><span />
Well, integrity is a must if you are reading anything. So it would be any website that has either a .edu or a .gov at the end of a URL.
I never suggest Wikipedia for brief, since 100's of people will edit one topic at a time, the answer to what he is looking for is buried in 18 pages about one settler in the United States!
She used her communication skills meaning the verbal method.
Explanation:
Because she has a natural ability to talk and communicate well with others, offering them insight on any issues they may have or anything they may be lacking or struggling with. She's a natural born healer and giver.
The options are;
A) Data
B) Front Office
C) Core Processing
D) Experience
Answer:
D) Experience
Explanation:
Under enterprise resource planning platform, experience is the process whereby vendors interact and also manage the entire supply chain link on behalf of a retail client.
Thus, option D is the correct answer
Answer:
a.
<u>Given Data :</u>
Data rate of each Line (Channel) = 9600 bps
Total lines need to be multiplexed = 10
<u>Solution:</u>
Total Capacity of Synchronous TDM = Data rate of each line x Total Lines
= 9600 bps x 10
= 96,000 bps
= 96 Kbps
Explanation:
In time division multiplexing, multiple channels (Lines) can transmit data over the medium on different time slots. In synchronous TDM, equal time has been allocated to each channel to transmit their data over the medium. so the total capacity required for 10 lines synchronous TDM is 96Kbps.
Answer:
b.
<u>Given Data:</u>
Data rate for each line (Channel) = 9600 bps
Total lines need to be multiplexed = 10
Average TDM link utilization = 80% = 0.8
Each link busy for the time = 50% = 0.5
<u>Solution:</u>
Capacity of Statistical TDM = data rate x number of Lines x each channel duration/Average utilization of TDM
Capacity of Statistical TDM = 9600 bps x 10 x 0.5/0.8
=60,000 bps
= 60 kbps
Explanation:
In TDM, if we want to limit the capacity of TDM and each channel that need to be multiplexed. we can limit the utilization of the TDM by limiting its transmission time of each channel and also the capacity of TDM.
