To prepare for an interview, find out as much as you can beforehand. Call the person who scheduled your interview and ask:
<span>Who will you be talking to? Will you meet the manager you'd work for, or will you just talk to HR? What are the interviewer's expectations?<span>What's the dress code? Dress better than suggested. Most times, it's best to wear a professional suit. You'd be amazed how many candidates show up looking like they're going to class, not presenting a professional demeanor.</span>Get directions to the office. Plan to leave early. Keep a phone number to call if you get stuck on the bus or in traffic. If you arrive late and stressed, the interview will not go well.If you don't have a detailed job description, ask for one.</span>
That's a five-minute phone call.
Answer:
Encryption
Explanation:
Encryption is a term in the field of computer security (Cryptology) this is a process of encoding information in a way that hackers and eavesdroppers cannot read. The process of encryption involves a plain text (message) been converted into a scrambled text (cipher text) with an encryption algorithm (key) in this way, if the message is intercepted by a hacker he/she is unable to read the contents. Only the authorized party with a decryption key will be able to decrypt back to a plain text and read the contents of the message
The correct explanation of why Gary is wrong is that Ports are where connectors attach to destinations, not where data enter the network.
<h3>What is a port?</h3>
A port is physical part of the computer system where the external devices are connected using cables.
Therefore, it serves as an interface between the motherboard and an external device of the computer.
From Gary statement about ports, he is wrong because, Ports are where connectors attach to destinations, not where data enter the network.
Learn more about ports here:
brainly.com/question/4804932
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Answer:
Explanation:
Given
Power at point A = 100W
Power at point B = 90W
Required
Determine the attenuation in decibels
Attenuation is calculated using the following formula
Where 
t and 
t
Substitute these values in the given formula
<em>(Approximated)</em>
