Answer:
The impact the population of New Delhi's suffered due to their size is that their quality of life is reduced because they are such a large number of people the city's infrastructure is not capable of providing them a balanced lifestyle. There is too much noise because there is not enough space to plan the city's infrastructure to be more environmentally friendly. The increase in vehicles increases air pollution. The increase of people requires more jobs, and the construction of jobs contributes to the noise, to the reduction of the space in the city, to the pollution in the environment, and finally to the increase of traffic and movement.
Explanation:
The explanation of this answer is the following. First, the size of New Delhi becomes small compared to its population. Therefore, the balance it once had is broken and a new order rises to satisfy its needs. Even when it is not environmentally friendly. This is the most important factor because environmentally friendly constructions or developments require more money. After all, the idea of an environmentally friendly context required a certain distance between buildings, houses, zones, and natural zones. And this means more money because the citizens would require more vehicles to travel their day-to-day life tasks. They would also require better air, which would require a certain distance between factories, complexes, and habitable zones. It would require better technologies and better classification. However, because it is too expansive for the private sector and they would not spend as much money as required and the city wouldn't be able to satisfy its needs. The government allows them just to follow certain minimal guidelines to make a less negative impact on the citizens' lives.
Explanation:
The air coming from the Gulf of Mexico loaded with moisture has a greater weight, so a density greater than the air in the city, so its pressure is higher than the air pressure in the city.
If we consider that the speed in both airs is the same, we can see that
P₁ - P₂ = ½ (ρ₂ - ρ₁) v².
Therefore there is a negative variation in atmospheric pressure, so the pressure must decrease in cities and fields
This is just a guess, but is it ozone?
Equatorial low (equator) -thermal factors. Subtropical highs/lows and subpolar highs/lows- dynamic factors
Answer:
Pangaea was a formation of the Earth's continents as one mass. The "Present" section is what the Earth looks like today. In the in-between panels, trace the continents gradually moving apart to reach their eventual state.
