Mexico, Brazil, and Argentina all have high development. So the answer would be A. High. Hope this helps!!!
Answer:
the answer Is A on e2020
Answer: the water will be eroded
Explanation: as the slope of the land becomes steeper, the rate of run-off increases and the water have a better chance or being eroded to a flat land where it can mix with the soil.
Throughout the Asia-Pacific region, rapid economic and population growth creates serious social consequences from environmental problems. The Asian economic crisis has aggravated this trend. Economic policies have encouraged growth in some sectors while ignoring damage to others. Further, little regard is given to sustainability of the exploited resources. The social costs in terms of health, economic efficiency, and cultural dislocation are immediate, while the long-term costs of environmental rehabilitation are humbling. Left unbridled, environmental damage can lead to economic decline.
Below are the 6 major environmental challenges in Asia:
Urban Excess
Deforestation/Desertification
Water
Overfishing
Global Warming
Air Pollution
Answer:
gravitational pull of the sun
Explanation:
The primary factor that keeps Earth orbiting around the sun is the sun's gravitational pull. This force not only keeps Earth in its path but also governs the orbital motions of other celestial bodies in our solar system. The influence of gravity goes beyond keeping the Earth in orbit, affecting seasons, time, and the behavior of other celestial bodies.
The primary factor that keeps Earth in orbit around the sun is the gravitational pull of the sun. According to Newton's universal law of gravitation, the gravitational force is related to mass and distance, which is what keeps the planets in orbit. This force explains why the Earth and other planets follow a specific path around the Sun.
Orbital motions are governed by this gravitational force, and as a result, the Earth, acting similar to a large gyroscope, has its angular momentum along its axis aligning with Polaris, the North Star. The movements of the Earth due to gravity cause the seasons, determine our sense of time and date, and contribute to the concept of months and lunar phases. Meanwhile, the gravity from other planets can produce slight variations in our orbit, a process that requires large computers to calculate accurately.
In the broader context of the Solar System, gravitational force plays a crucial role. Besides keeping Earth in orbit, it influences the orbits of artificial satellites and other celestial bodies like asteroids and comets. If the gravitational interaction of more than two objects is to be calculated, it becomes complicated and requires extensive computing power. However, when an object, like the Sun in our solar system, dominates gravitationally, it's possible to calculate the effects of a second object in terms of small perturbations.
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