The device is ; a modem.
Hope this helps
Answer:
A computer ___Task__ is a text file that a computer can understand
Answer:
public static void printDottedLine(){
System.out.print(".....\n");
}
Explanation:
This method returns nothing so its return type is void
It also accepts no parameters so the argument list is empty
When called it executes the System.out.print(".....\n"); which prints out 5 dots
See a complete program below:
public class TestClock {
public static void main(String[] args) {
printDottedLine();
}
public static void printDottedLine(){
System.out.print(".....\n");
}
}
Answer:
The correct answer should be: "It is important to reaffirm and test technologies' importance and impact to society in order to reflect upon their benefits or damages to the environment".
Explanation:
Technologies have a major importance in society nowadays, although they also have a great impact in the environment, whether for good or not. The fact is that reviewing and assessing technologies' importance and impact are necessary to test and garantee if they have been developed in an environmental friendly manner or with no worries for natural resources and society. Therefore, any technology must be ethical in terms of improving society with no damages, or as least as possible, to the environment.
(ps: mark as brainliest, please?!)
Answer:
The owls population increased by 13 in one year
Explanation:
The given data on the owl population are as follows;
The number of new owls born = 20 (positive increase in population)
The number of owls that die = 10 (negative decrease in population)
The number of owls that enter the forest = 5 (positive increase in population)
The number of owls that left the forest = 2 (negative decrease in population)
Let 'w' represent the number of new owls born, let 'x' represent the number of owls that die, let 'y' represent the number of owls that enter the forest and let 'z' represent the number of owls that left the forest, we get;
The change in population, ΔP = w - x + y - z
By plugging in the values, we get;
ΔP = 20 - 10 + 5 - 2 = 13
The change in the population of owls in one year is an increase in 13 owls.
