Answer: 8.1 msec.
Explanation:
If we are told that we have a transmission link of sending 10 Mbits in one second, setting up a direct proportion, we can find out how much time is needed to send 4096 bits along the same channel, as follows:
10⁶ bits = 1 sec
4096 bits = x ⇒ x = 4096 bits. 1 sec / 10⁶ bits = 4.1 msec.
As we have 4 msec of latency between sender and the receiver, we need to add these 4 msec to the transit time, so we have a total message transmission time of 8.1 msec.
Answer:
An employee is having trouble opening a file on a computer.
- → ✔ <u>information services and support</u>
The president of a company wants to give the company website a fresh new look.
- → ✔ <u>interactive media</u>
An employee wants to work from home but can’t connect to the network from there.
- → ✔ <u>network systems administration</u>
The vice president of sales would like help designing a new software program to keep track of sales.
- → ✔<u> programming and software development</u>
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Answer:
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Answer:B. ARE UNCERTAIN FOR A STOCHASTIC MODEL.
Explanation:Stochastic model is a financial business model, often used by Business organisations to determine which financial decisions to make.
A stochastic model can also be described as a tool for evaluating the probability distributions of potential outcomes of certain events by giving room for random variation in one or more inputs per time. The random variation used in Stochastic model is usually relies on changes observed in historical data for a specific period of time using standard time-series techniques.
INPUT TO A QUANTITATIVE MODEL ARE UNCERTAIN FOR A STOCHASTIC MODEL.
Explanation:
introduction. desktop computer,tablet computer,storage devices such as flash drivers, mobile phone...