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:
import java.util.Scanner;
public class Main
{
public static void main(String[] args) {
Scanner input = new Scanner(System.in);
double price;
int dollars, cents;
System.out.print("Enter price: ");
price = input.nextDouble();
dollars = (int) price;
cents = (int) (((price - dollars) * 100) + 0.5);
System.out.println("Dollars: " + dollars + ", " + "Cents: " + cents);
}
}
Explanation:
Ask the user to enter price
Typecast the price as int and set it to the dollars
Subtract dollars from price, multiply the difference by 100, add 0.5 to the multiplication and type cast the result as int
Print the dollars and cents
English Answer:
To say it simply, computer hardware is the physical components that a computer system requires to function.
Spanish Answer:
(hopefully it translates right / espero que se traduzca bien )
Para decirlo simplemente, el hardware de la computadora son los componentes físicos que un sistema de computadora requiere para funcionar.
An algorithm that uses a constant number k of integer variables to find a number list's minimum value has space complexity S(N) = <u>N</u> and auxiliary space complexity S(N) = <u>k</u>.
<h3>What is
time complexity?</h3>
Time complexity can be defined as a measure of the amount of time that is required by an algorithm to run till its completion of the task with respect to the length of the input.
Basically, the time complexity of an algorithm is defined by f(N) if; for all "N" and all inputs with length "N" the execution of the algorithm takes a maximum of f(n) steps. Therefore, the time complexity of an algorithm is also a measure of the efficiency of an algorithm.
Read more on time complexity of an algorithm here: brainly.com/question/28477302
#SPJ1
Complete Question:
An algorithm that uses a constant number k of integer variables to find a number list's minimum value has space complexity S(N) = _____ and auxiliary space complexity S(N) = _____.
Group of answer choices:
A. k, N
B. N, N
C. k, k
D. N, k
