Answer:
DHCP reservation is the correct answer.
Explanation:
It is the Internet Protocol assignment which is not temporary. It is the particular address of the Internet Protocol within a DHCP set, which is not temporarily assigned to a particular DHCP client for lease use.
So, the device of the last user required the address of the Internet Protocol whenever they linked to the company's server. The following reservation provides the permission to use static addresses of the Internet Protocol without affecting the company's server.
Answer:
Option B is the correct answer.
<h3>Computer forensics is practiced by many organizations, including public- and private-sector organizations such as hospitals, law enforcement, and businesses. </h3><h3 />
Explanation:
Computer forensics can be defined as a branch of digital forensics that deals with the evidences and and proofs found on all digital storage media such as computers.
It is basically a step for enhancing security bases of communication. Therefore it is mainly used by law-enforcement personnel but it can also be practiced by other institutions for the purpose of self security.
<h3>I hope it will help you!</h3>
Limiting your computer's vulnerability to malware is a crucial safe browsing habit. You can protect your computer by running antivirus<span> and </span>antimalware<span> software like </span>Bitdefender<span>, </span>Norton<span>, or </span>Kaspersky<span>. These programs can block malware from being installed and can remove it if it does get onto your computer. Even if you don't see signs of malware on your computer, running regular scans can catch any malware that has escaped notice.</span>
Answer:
function [Area,Perimeter,L]=f_circle(x)
% Area: pi*x^2 area of circle with radius x
% Perimeter: 2*pi*x perimeter length of circle with radius x
% x can be a vector
minargs=1;maxargs=1;narginchk(minargs,maxargs); % only 1 input accepted
if ~isequal('double',class(x)) 5 input has to be type double
disp('input type not double');
return;
end
Area=pi*x.^2;
Perimeter=2*pi*x;
end
