Answer:
1. WE ARE THE PERFECT DISTANCE FROM THE SUN NOT TO FAR NOT TO CLOSE
2. it is protected from harmful solar radiation by its magnetic field
3.the right chemical ingredients for life, including water and carbon.
4. NOT TO BIG
4. NOT TO SMALL
Explanation:
Answer:
Although some would argue that urban sprawl has its benefits, such as creating local economic growth, urban sprawl has many negative consequences for residents and the environment, such as higher water and air pollution, increased traffic fatalities and jams, loss of agricultural capacity, increased car dependency, higher taxes, increased runoff into rivers and lakes, harmful effects on human health, including higher rates of obesity, high blood pressure, hypertension and chronic diseases, increased flooding, decrease in social capital and loss of natural habitats, wildlife and open space. In its path, urban sprawl consumes immeasurable acres of forests, farmland, woodlands and wetlands and in its wake, leaves vacant storefronts, boarded up houses, closed businesses, abandoned and usually contaminated industrial sites, and traffic congestion, which can stretch miles from urban centers and is creating a hidden debt of unfunded infrastructure and services, urban decay, social dysfunction, and environmental degradation.
Explanation:
Answer:Abajo :')
Explanation:
explica la importancia del Cambio Climático en el ámbito mundial siendo las emisiones de gases del efecto invernadero las principales causas de este efecto, ya que el Dióxido de Carbono (CO2) proveniente del consumo de combustibles fósiles para la producción de energía y de la quema de biomasa
-impacto hidricos = aumento de nivel del mar como concentración del deshielo y del calentamiento marino también la humedad del suelo se reduce en algunas zonas de evaporación
-impactos sociales= de enfermedades (malaria,enfermedades transmitidas por el agua) y mayor pobreza,hambrunas,migraciones masivas etc
The statement which best describes saturation is a) saturation is reached when the amount of water vapor in the air has reached the maximum amount. In hydrology it is when a solution contains the maximum amount possible of a dissolved material.