Since all terms have an x in them, you can first factor that out, yielding:
f(x) = x(x² - 6x + 9)
Then you are looking for numbers that multiplied give 9 and added give -6, which is -3 and -3. So the final factorization is:
f(x) = x(x-3)²
Answer: NVRAM(Non-volatile random-access memory)
Explanation:Non-volatile random-access memory(NVRAM) is the memory that has a non-volatile nature.It is used for retaining of the data even when the system gets switched off .
This memory uses the power source from the CMOS battery for executing the functions. It is designed by using the pin configurations containing 24 pin in DIP(Dual inline package). So the situation mentioned in the question of storing the changes will appear in the NVRAM.
Answer:
The answer is reflective DNS attack
Explanation:
Reflective DNS Attack is used in many distributed DDoS attacks to knock down an internet pipe. The attack is divided in two stages: first the attacker sends lots of requests to one or more legitimate DNS servers while using spoofed source IP of the target person, and then, in the second stage, the DNS server receiving the semi-legitimate requests replies to the spoofed IP, thereby unknowingly lauching an attack on the target computer with responses to requests never sent by the victim.
Answer:
The best answer is: all intellectual theft occurs online and through digital networks.
Explanation:
<em>Because the implementation is online and through the network, it is difficult to monitor and justify the safety of the victim and the theft. Internet is widely available to all individuals who has access to it. No matter what is the age, gender and nationality of the victim. It is difficult to maintain a law with its very wide scope and the audiences involved. </em>
Answer: An attack where the attackers will interrupt a data transfer happening between parties and in which they will pretend to be the legitimate parties.
Explanation: For example think about two people writing letters to each other back and forth. However you, the attacker can intercept the letters and effectively change the message/contents of the letter going to the other person. This is probably not the best explanation, but simply put a man-in-the-middle attack is when an attacker interupts a transfer and pretends to be the legitimate source.
