Answer: "You have to keep lying, and soon no one can trust you."
Explanation:
If we lie about something, we must usually invent the whole story to make it convincing. For instance, if a boy lies to his parents that he did his homework, while, in fact, he was playing computer games, he must prepare the story in advance. He must prepare answers to their further questions - which subject it was, what the homework was about, etc. This just creates more problems, because the boy will find himself in the whole web of lies. Moreover, if he gets caught by his parents, they will not trust him anymore. This is why it is much more simple to tell the truth and avoid further problems.
Answer: Are we suppose to edit this writing or what?
Explanation: I am confused.
Answer:
no solution
Explanation:
The first equation can be multiplied by 5 to get ...
9x +6y = 20
The second equation can be written in the same form as ...
9x +6y = 3
There are no values of x and y that can satisfy both equations. These equations are <em>inconsistent</em>, and have no solution.
Answer:
I believe that computer abilities should be included into primary school subjects like reading, writing, and math.
I agree in today's world, having technical abilities such as computing is unquestionably important. It is frequently proposed that these abilities should be taught in the elementary school curriculum. This, in my opinion, is just as important as other fundamental abilities such as writing, math, and reading. To begin with, providing early computer instruction prepares youngsters for future careers that may grow increasingly reliant on information technology. This is because most of the labor in specialized professions is becoming increasingly mechanized, necessitating the knowledge of computer operations by people. As a result, applicants who have had early exposure to computing will feel more at ease operating the gadgets, giving them an advantage over their competitors. For example, according to a recent survey done by the magazine "Forbes," companies are more likely to hire millennials due to their superior "know-how" in computers than their forefathers.
In addition, youngsters will be quicker to pick up other computer-related abilities. This is because they will have the necessary foundational knowledge to adapt to emerging computing-based technologies. As a result, the children will be eager to learn, explore, and possibly invent new machines that are powered by computational engines. According to a recent study conducted by the American Institute of Computer Studies, children who received more technical training in their basic education were more innovative thinkers than their peers.
To sum up, I strongly believe that computing abilities should be taught in elementary school to help children become more receptive of and adept with new computational gadgets.
Explanation:
