In order for a country to ensure sustainable development, multiple strategies should be adopted that should improve the human life. The development should have no long-term harmful and negative effect on the environment as it is essential to preserve the environment while continuously developing. Moreover, the responsibility of this development is equally of both the leaders as well as the citizens. But in no case, it is possible to ensure sustainable development if no money is spent. The money spending is necessary for the growth. However, it should be properly planned and should not drain the economic health of the country.
Hence, the correct answer is 'it should cost no money at all for better economic health'.
Though I am unsure of the answer myself, I've recently studied cells in school. I believe that the series of sacs and tubes are collectively called the endoplasmic reticulum, located mostly near the nucleus in the center of the plant or animal cell.
The correct answers are:
- Porosity;
- Moisture;
- Temperature;
The weathering is a process that manages to break up the rocks into smaller pieces. This process and its effectiveness and intensity are dependent on multiple factors.
The porosity of the rock can result in a very quick process of weathering. The reason for that is that the water will be able to get inside the rock, thus reacting chemically, but also if the temperatures are very low and it freezes, it will create a pressure inside the rock that will result in cracking.
The moisture is also important factor because the more water vapor there is in the air, the more the chemical reaction with the rocks.
The temperature is very importation because it can affect the rock with both very high and very low temperatures, to widen it little and than to tighten it little, which will eventually cause the rock to break up.
Answer:
Ocean water
Explanation:
97.5% of the earth's water is contained in the ocean.
Natural science that studies life and living organisms, including their physical structure, chemical processes, molecular interactions, physiological mechanisms, development and evolution
