Answer:
Passive solar heating system
Explanation:
The goal of passive solar heating systems usually refers to the system in which the energy provided by the sun is used for heating and cooling of the living places in a house.
When sunlight falls on the house, the building elements capture the heat energy of the sun and it later releases back this heat when the sun is not there. The main objective of this system is to regulate the room temperature. It is comprised of two main elements, one is the glasses that face towards the south and a thermal mass that is used for heat absorption, storing and distribution of heat.
Answer:
i think its translation complexity
Explanation:
Client server network as it has a powerful server which provides all the networks required on the network. Files are usually backed up regularly.
Answer:
(a) Weak passwords
Explanation:
Typically, a password is weak if it is easily discovered by all persons including unauthorized users. When passwords to a network are weak, the network is vulnerable to unauthorized access and may permit access to proprietary code, accounting files and other sensitive documents in the network.
Examples of weak passwords are;
i. those generated from the name of a user.
ii. those generated for a user by default.
iii. those generated from words from dictionary or other similar materials.
iv. those that don't include a combination of letters and numbers and even symbols.
v. those that are short in length e.g less than 8 characters.
Answer:
Explanation:
The following is written in Java. It creates the trafficLight class which holds the currentLight string variable and a int count variable for the number of times the light has been red. It also contains two constructors one that takes the currentLight as a parameter and one that does not. Finally, it has the next() method which analyzes the currentLight status and changes it to the next light. Output can be seen in the attached picture below.
class Brainly
{
public static void main(String[] args)
{
trafficLight traffic_light = new trafficLight();
System.out.println("Current Light: " + traffic_light.currentLight);
traffic_light.next();
System.out.println("Current Light after change: " + traffic_light.currentLight);
}
}
class trafficLight {
String currentLight;
int count = 0;
public trafficLight(String currentLight) {
this.currentLight = currentLight;
}
public trafficLight() {
this.currentLight = "red";
count++;
}
public void next() {
if (this.currentLight == "green") {
this.currentLight = "yellow";
} else if (this.currentLight == "yellow") {
this.currentLight = "red";
count++;
} else {
this.currentLight = "green";
}
}
}