Explanation:
We should see scaling well as referring to problems that can well be solved using computation. Two real-world examples are:
- problems involving finding the largest or smallest of several lists of numbers: Usually, a simple program executed to lookup the data set to determine which number fits the properties needed.
- problems involving equations: By computing the variables (x, y, etc) that make up the equation, and the operations (eg, addition, division) to be performed on the variables the problem can be solved well.
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.
The answer is 802.11ac
802.11ac is a type if IEEE 802.11 wireless standards that supports Multiple Input, Multiple Output antennas on sending and receiving data. This type of wireless connection supports 2.4GHz signal or frequency and data speed transfer up to 4.9Gbps. Each device or antenna can run up to 400Mbps each and the maximum device it can handle is up to 8 antennas.
Answer:
The answer is "Prime Meridian".
Explanation:
The process, that describes an imaginary line in part these features is known as Prime Meridian. It is also known as 0° Longitude in which Longitude is a statistical vector that determines the location to East to West and points on the surface of the Earth or of a paradisaical body surface, and 0° Longitude is the line that describes the Equator and divides the world into two equal quadrants.
int main {
//variables
unsigned long num = 0;
std::string phrase = " Please enter your name for confirmation: " ;
std::string name;
//codes
std::cout << phrase;
std::cin>> name;
while ( serial.available() == 0 ) {
num++;
};
if ( serial.avaliable() > 0 ) {
std::cout << " Thank you for your confirmation ";
};
};
