Answer: dependent
Explanation:
A Cells containing formulas which refer to other cells are known as dependents.
These are cells that depend on values in the selected cell.
A dependents cell can either contain a formula or a constant value.
(Ctrl + ] ) Is used as a shortcut when selecting dependents cells in an active cell.
Another option is to make use of you (Tools > Formula Auditing > Trace Precedents).
Answer:
Explanation:
The necessary hardware components that a computer requires to run properly are the following.
Motherboard, this is the main circuit board that interconnects all of the components and allows them to interact with each other.
CPU, this is the brain of the computer where all calculations and processes are handled.
Video Card, this component handles all the visual data, rendering that the computer needs in order to get a proper image.
RAM, these components are the physical memory where temporary data is stored and used.
Hard Disk, this is the main storage drive where all your data will be saved including the operating system.
PSU, this is the power supply of the unit that distributes the correct amount of power to every other component in the system.
Sound Card, this component handles all the input and ouput audio signals for a computer.
Answer: Client-Server model
Explanation:
The Client-server model is a distributed network application configuration, that partitions task or where one program requests a resource or service from another program, between the providers of a resource or service, called servers, and service requesters called clients. In the client-server architecture, when the client computer sends a request for data to the server through the internet, the server accepts the requested process and deliver the data packets requested back to the client.
Answer:
i) The time taken for 1500 records = 15 seconds.
ii) The time taken for 1500 records = 50 seconds.
Explanation:
A is an O(n) algorithm.
An algorithm with O(n) efficiency is described as a linearly increasing algorithm, this mean that the rate at which the input increases is linear to the time needed to compute that algorithm with n inputs.
From the question, it is given that for 1000 records, the time required is: 10 seconds.
Algorithm time taken is O(n)
Hence,
1) For 1,500 records
=> 10/1000 = x/1500
=> 10x1500/1000 = x
x = 15 seconds
Thus, the time taken for 1500 records = 15 seconds.
2) For 5,000 records
=> 10/1000 = x/5000
=> 10x5000/1000 = x
x = 50 seconds
Thus, the time taken for 1500 records = 50 seconds.
