Answer:
The computer will store 8.05 *10^10 bytes of information.
Explanation:
This is the same as saying that the computer will now have 80.51 Gigabytes ( 1gb = 1.000.000.000 bytes) of storage. In this case, the number is represented in its decimal form, and the previous one is displayed in Scientific Notation.
Answer:
d. all of the statements are correct
Explanation:
Frame Relay is a high-performance WAN protocol that operates at the physical and data link layers of the OSI reference model. i.e Layers 1 and 2 They are designed to cope with bursty traffic. Frame relay is also a form of data networking based on packet switching in which the packets are variable in length and experience packet delays.
Based on the above definition the correct statement is option d as all of the statements define in the other option correctly defines the function of frame relay.
If there is an issue with the integrity of data the only one that will not be an issue is; The system will give users too much information.
<h3>What is Data Security?</h3>
Data Security is defined as a security service that deals with identifying any alteration to the data. This is as a result of the data getting modified by an unauthorized entity either intentionally or accidentally.
Now, data security is also called data integrity is simply the safety of data and from the options given if there is an issue with the integrity of data the only one that will not be an issue is the system will give users too much information. because it is not a function of breach of data security.
Read more about data security at; brainly.com/question/4688296
Answer:
Total unit of work required is 1019 units.
Solution:
As per the question:
Initial capacity = 100
On each expansion 50 is added to the present capacity.
Now,
Work done required in addition of 1000 items = 1000 unit
No. of times there is a need for the allocation of a new Array is given by:
We know that:
On addition of 101th element it expands from 100 to 150
On addition of 151st element it expands from 150 to 200 and so on till
On addition of 951st element it expands from 950 to 1000
Now,
For an array of 100 size - 1 for initial allocation.
Therefore, total work done is given by:
W = 
