Answer:
The given statement is False.
Explanation:
Scavenging is the process in which the person uses the following programs of the computer system because of the purpose of searching the key terms from the database but not in the intention of stealing the data of the company or an organization. That's why it is not the form of fraud. So, that's why the following statement is False.
Answer:
A. true
Explanation:
Based on the information provided within the question it can be said that the statement is completely true. This is because, traffic-monitoring applications have the main function of monitoring and analyzing the flow of traffic of one or various different items. Which can be applied to the business involving utility, infrastructure, and environmental services by monitoring the specific items regarding each business. Therefore making sure that enough product is entering or leaving each business as it is suppose to. As well as providing stock analysis and defective product alerts.
Answer:
Sort the list first, then do a bisection search
Explanation:
In bisection search method, we divide the array of numbers in two equal parts. Then we check that the number is exist in first half or second half. It is necessary to perform this operation that array should sorted. This is the fast searching algorithm as compared to Linear search. In linear search Algorithm we have to check every element in the array until we find the required number. The bisection search method is faster as compare to linear search. This follows following steps top complete the operation of searching.
- Sort the array
- Divide the total array in two equal parts
- Check that the required number that we want to search is in first half or second half
- If the number is found in first half then second half of array will be discarded.
- Then repeat step 2 and 3 until not found the required element.
Answer:
16 RAM chips
Explanation:
To calculate the number of RAM chips needed, we divide the total size of the main memory by the size of each RAM chip. Hence:
Number of RAM chips required = Main memory size / size of one RAM
2M = 2²¹, 16 = 2⁴, 256K = 2¹⁸, 8 = 2³
Hence:
Number of RAM chips required = (2²¹ * 2⁴) / (2¹⁸ * 2³) = 2⁴ = 16
Therefore 16 RAM chips are necessary