Answer:
B. False.
Explanation:
Cryptanalysis can be defined as the study, art or process of evaluating and analyzing information systems such as ciphertext, cryptographic systems and ciphers. The main purpose of Cryptanalysis is for a better understanding of how the cryptographic system works, in order to find techniques for deciphering, defeating or weakening them without an access to any privileged or secret data (information) required to do so.
Hence, cryptanalysis is made more difficult by having longer keywords as opposed to having shorter keywords which typically would make it easier for an attacker to decipher.
In a nutshell, it is false and incorrect to say that cryptanalysis is made more difficult by having shorter keywords.
True. If you look at the router it will correspond with your MAC address
Answer:
Explanation:
public class Controlador: MonoBehavior
{
// we declare velocity variable, we can change the value to get more speed
public float velocidad = 3f;
void Start()
{
}
void Update()
{
// with this condition we select the key for the movement.
// for example the left arrow or the letter "a"
if (Input . GetKey(KeyCode . LeftArrow) |I Input . GetKey("a"))
{
transform . position += Vector3 . left * velocidad * Time . deltaTime;
}
if (Input . GetKey(KeyCode . RightArrow) |I Input . GetKey("d"))
{
transform . position += Vector3 . right * velocidad * Time . deltaTime;
}
if (Input . GetKey(KeyCode . UpArrow) |I Input . GetKey("w"))
{
transform . position += Vector3 . up * velocidad * Time . deltaTime;
}
if (Input . GetKey(KeyCode . DownArrow) |I Input . GetKey("s"))
{
transform . position += Vector3 . down * velocidad * Time . deltaTime;
}
}
}
Answer:
From strictly a hardware aspect;
Explanation:
The basic architecture of a computer is the case (otherwise known as tower), the motherboard, and power supply unit. The case is used to house all of the necessary parts for the computer function properly. The motherboard will serve as the bridge between all other connections, and the power supply unit will deliver capable power to the rest of the system.