Answer: star topology.
Explanation:
The layout of the way how the computers in a netword are interconnected is called network tipology.
Some types of network topologies are:
1) Point-to-point tipology: all the computers are connected to each other directly (computer-to-computer, in pairs, this is a direct link between each two computers).
2) Bus topology: all the nodes (computers or server) are connectect to a maing cable.
3) Star topology: all the computers are connected to a central computer or server which is called central hub. This is the layout described in the question.
4) Ring topology: the computers are connectec in a circular path; each computer is connected to the next computer.
5) Mesh: every computer is connected to every other computer.
Answer:
You need to import the deque methods in order to use a deque.
Explanation:
the correct option is B
You need to import the deque methods in order to use a deque.
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Answer:
A. Loopback tool
Explanation:
Loopback tool or adapter is a small device used to test networks ports and help identify simple network connection issues, this is a great tool when mapping out a physical layout of a network and quickly identify active ports on a switch.
This tool works by taking the transmitted signal and redirecting it or looping it back into the receiving end of the same connection.

Hi pupil here is your answer :::
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Your question :》 Which options are available when a user modifies a recurring appointment? check all that apply.
The answer is => A Open this occurenceand the option D Open the series are the option that shows from the dailog box that shows when attempting to modify the appointments .
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Hope this helps .........
Answer:
see attached
Vin -5V- +5V
Input current : 500 x 10^-6 A
V_r: 0V 5V
I_r: 1 mA
Explanation:
Step 1: Circuit Designing: you have to address the question what is your proposed circuit going to do (its function).
Step 2: Decide on circuit components that can address each such circuit functions.
Step 3: Decide on the operational specification for the circuit: voltages, currents, frequencies etc.
Step 4: Simulate your circuit to confirm if it works as expected with simulation software such as Multisim.