Answer: (C) Sensitivity analysis
Explanation:
The sensitivity analysis is also known as simulation analysis or "What-if" analysis as, it is basically used for the outcome prediction of the decision making in various range of the given variable.
It is used by making a given arrangement of factors, an investigator can decide that how changing in a single variable influence the final result.
The sensitivity analysis is the process for investigation of how the vulnerability in the yield of a scientific model or framework can be isolated in the system.
Theretofore, Option (C) is correct as all the other options does not involve in the study of variable and also others are not the extension of what-if analysis.
The answer is final. <span>It is common practice to use a final variable as a size declarator. static, reference, final, boolean. </span>Final variables are often declared with the static keyword in Java and are treated as constants. <span>Once a </span>final variable<span> has been assigned, it always contains the same value.</span>
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;
}
}
}