The digital revolution was an event from the beginning of the 21st century that influenced the way people live and relate, generating several economic and social changes, such as globalization.
In the long run, globalization will continue to impact the US and the world, making environments multicultural and diverse, and increasingly strengthening the concept of the world as a global village.
Through new technologies, such as the internet, new paradigms of behavior, social and professional relationships and consumption are also generated.
As an advantage of the digital revolution, we can mention the improvement of scientific methods, which through information technology achieve greater accuracy and speed in identifying events, curing diseases, developing techniques for medicine, etc.
Therefore, despite the benefits arising from the digital revolution and globalization, it is necessary to control the use of these tools, as the speed of the flow of information and events can generate an increase in mental disorders and pathologies.
Find out more information about digital revolution here:
brainly.com/question/17673062
Well, take where that place is on the earth the lower or higher it is the colder it is, and how being closer to the equator is warmer, as an example. Also how high an area is above sea level and where it's stationed like a mountain or a river. Just find around five things that can affect its ability to sustain life and expand on it as much as you can without going over board. Anything else?
Answer:
Sun - 28%
Jupiter - 12%
Removing helium fro Jupiter's atmosphere - Impractical
Explanation:
The Sun is a giant star while Jupiter is a planet. The Sun shines by converting hydrogen into helium by nuclear fusion, whereas, the helium found on the atmosphere of Jupiter are the remnants from the big bang. For Jupiter to be even considered a star, it has to expand roughly 10 times its width.
Removing the helium from Jupiter's atmosphere is impractical because of a lot of factors which includes but not limited to; distance, surface temperature, escape velocity.