Answer: a LAN only supports devices such as wireless headphones but WAN can support things like cctv cameras.
Explanation:
A local area network, or LAN, is a network of computers created within a restricted area, like a home, business, or group of buildings. A wide-area network (WAN), on the other hand, is a type of computer network.
What distinguishes a Local Area Network (LAN) from a Wide Area Network (WAN) and how are they similar?A sort of network that links a few structures together, such as a few homes or offices, is known as a local area network, or LAN. A WAN, or wide area network, on the other hand, is a network that covers a wider geographic area and can even span the entire world.
What distinguishes the internet from a wide area network?Theoretically, any huge network that stretches out over a vast geographic area is a WAN.
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What role does the team member who says, "I love to create to-do lists!" most likely
play?
taskmaster
caretaker
chair
director
The team member who says "I love to create to-do lists!" most likely plays the role of a taskmaster.
Who is called a taskmaster?
A taskmaster is a person who supervises and directs the work of others, often in a strict or authoritarian manner. The term can be used to refer to a supervisor or manager who is responsible for overseeing the work of employees or contractors, and who is often focused on meeting specific goals or deadlines. The term can also be used more broadly to refer to anyone who is known for being demanding or pushing others to work hard and achieve their goals.
The taskmaster is someone who is highly organized and enjoys managing tasks and timelines to ensure that projects are completed efficiently and effectively. They often create to-do lists, set deadlines, and track progress to ensure that everyone on the team stays on track and meets their goals.
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What must happen before a confusion matrix algorithm, like a decision tree, can be used?
Before a confusion matrix algorithm like a decision tree can be used, it must be trained on a dataset with input features and corresponding target values, and evaluated using a testing set and performance metrics.
Explain the process before using a confusion matrix algorithm.Before a confusion matrix algorithm, such as a decision tree, can be used, it must be trained on a dataset that includes both input features and the corresponding target values. The training data is used to build the algorithm by identifying patterns in the data and creating a model that can make predictions on new data. Once the algorithm is trained, it can be tested on a separate set of data called the testing or validation set. The confusion matrix algorithm can then be evaluated using metrics such as accuracy, precision, recall, and F1 score, which are calculated from the results of the confusion matrix. The confusion matrix provides a summary of the performance of the algorithm by comparing the predicted values to the actual values in the testing set. It shows the number of true positives, true negatives, false positives, and false negatives, which are used to calculate the performance metrics.
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I’m AWS there are multiple storage options available to customers. What are some use-cases that have specific service offerings and price models oriented around the expected usage?
AWS provides a variety of storage choices with unique service and pricing patterns for various use cases. RDS for relational database storage and S3 for object storage, for instance.
What are the various AWS storage options?The three fundamental types of cloud storage are object storage, file storage, and block storage. Each has particular benefits and applications.
How do the various Amazon storage options for block and file storage differ from one another?Block storage divides data into arbitrarily ordered, uniformly sized volumes; file storage organises and represents data as a hierarchy of files in folders; and object storage manages data and connects it to related metadata. Containers offer tremendous scale and flexibility for how software and storage are delivered.
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suppose you are to design an airline ticketing system. you choose to use dictionary for efficient mapping of ticket information. which of the following can be chosen as your dictionary key? passenger first and last name passenger age and date of birth boarding bar code route code
A dictionary key that can be chosen for this purpose include the passenger's first and last name, passenger age and date of birth, boarding bar code, and route code.Each of these key options has its advantages and disadvantages.
However, the passenger's first and last name are the most commonly used keys in airline ticketing systems. This is because it is easy to remember and is the standard method used in passenger identification.The disadvantage of using the passenger's name is that it is not always unique, and sometimes passengers have similar names or may even share the same name. When this happens, there can be confusion during ticketing or flight check-in processes.Therefore, additional information, such as date of birth, can be included to ensure that the correct passenger is identified.The passenger's age and date of birth is also a valid key option. It is unique and can be used to verify a passenger's identity. However, it is not as commonly used as the passenger's name because not all passengers may be willing to provide their date of birth during the booking process.The boarding bar code is another key option that can be used in airline ticketing systems. This code is unique to each ticket and can be scanned at the airport during check-in and boarding processes. However, it is not as user-friendly as using a passenger's name or date of birth because it is more difficult to remember or recognize.Finally, the route code is another option that can be used as a dictionary key in an airline ticketing system. This code identifies the flight route and can be used to filter or sort information. However, it is not as useful for passenger identification purposes as the other options mentioned above.In summary, when designing an airline ticketing system using a dictionary, the most commonly used key is the passenger's first and last name. However, additional information such as date of birth can be included to ensure passenger identification. Other key options include the passenger's age and date of birth, boarding bar code, and route code.for more such question on airline
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A'(B+C') do minterm maxterm
Assuming that A', B, and C' are Boolean variables, the expression A'(B+C') can be simplified using Boolean algebra rules:
[tex] \rm A'(B+C') = A'B + A'C'[/tex]
This expression is in the form of the sum of two products (or minterms), where the first minterm is A'B and the second minterm is A'C'.
To convert this expression to a maxterm, we can use De Morgan's theorem, which states that the complement of a product is equal to the sum of the complements of its terms. Therefore:
[tex] \rm \: A'(B+C') = A'B + A'C'[/tex]
[tex] \rm \: = (A'+B') + (A'+C')[/tex]
This expression is in the form of the sum of two sums (or maxterms), where the first maxterm is (A'+B') and the second maxterm is (A'+C').