Answer:
More people are beginning to leave agriculture to work in the industry.
Explanation:
The developing countries are countries that are transitioning from being countries with economies revolving around agriculture, to countries with economies revolving around the industry. Basically, there is a shift from the primary to the secondary economic sector. India is no exception, and the same goes for it as well.
India is among the fastest-growing economies in the world for some time now. The country has the second largest population in the world, enormous labor force, a lot of resources, but also a big gap to cover up in order to become a developed country. The country, until relatively recently had a dominantly agricultural economy, but this has been shifting gradually with the rapid industrialization that is taking place. More and more people are moving out of the rural areas and into the industrial centers, quickly transforming India's economy.
Answer:
2nd one
Explanation:
it is there in my physics book
Answer:
c. P
Explanation:
the northern is facing away from the sun.
Answer:
In order to deposit 100 meters of limestone layer, it will take 6,451,600 years
Explanation:
Given that,
The rate of deposition carbonate sediments is 1.55 cm in 1,000 years
⇒ 1.55 cm = 1,000 years
⇒ 1 cm = ![\frac{1000}{1.55}](https://tex.z-dn.net/?f=%5Cfrac%7B1000%7D%7B1.55%7D)
⇒ 1 cm = 645.16 years
∵ 1 m = 100 cm
∴ 100 m = 100 × 100 cm
⇒ 100 m = 10,000 cm
So, the time it will take for carbonate to deposit 100 m thick layer of limestone will be-
⇒ 10,000 cm (100 meter) = 645.16 × 10,000 years
⇒ 100 meters = 6,451,600 years
Answer:
1.lacustrine clays and silts
2.The likely geologic origin will be water disposition
3. strength and compressibility
Explanation:
What kinds of soils would you expect to find beneath the city
Answer->lacustrine clays and silts
what would be their likely geologic origin
-The likely geologic origin will be water disposition.
disposition can be defined as a situation whereby a material transported by water is deposited.
What would be the typical engineering characteristics of these soils?
The engineering characteristics will be found in its strength and compressibility. It has the capacity to withstand external force.
They are grainlike with dimension of about 0.06mm, Sedimentary in property and can be used for engineering activities