Emission of toxin and generation of ash is related only with incinerators. Draining of liquid and requirement of substantial amount of land is related with landfills only. Generation of energy and release of greenhouse gases is related with both landfills as well as incinerators.
<h3>What are incinerators?</h3>
An incinerator is a waste-burning furnace. Pollution control equipment, such as flue gas cleaning, is included in modern incinerators.
Incinerator plant designs include moving grate, fixed grate, rotary kiln, and fluidized bed.
The descriptions can be as follows:
- Generation of energy - Both, landfills produce methane gas, which is used to generate electricity, and incinerators produce heat energy, which is also used to generate energy.
- Emission of toxins through combustion - Incinerators emit dioxins, a hazardous chemical.
- Draining of liquids into the ground - this is a common problem at all landfill sites.
- Emission of greenhouse gases - Both landfills and incinerators emit methane and other carbon gases.
- Necessitates a significant amount of land - landfill site, necessitates a large amount of land to dump city waste
- Production of ash - Incinerator only.
Thus, these can be the description applies to landfills, incinerators, or both.
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The goods that were spread included paper, food, plants, gold and silver, bamboo, spices, glass, jade, and silk. The ideas that were spread included what people believed in. People from different places were introduced to the the cultures of other traders that came from different places.
Answer:
No population can grow infinitely.
Explanation:
There's only a finite amount of resources in an ecosystem. The habitat always has some sort of limit depending on how many resources it has.
"resting membrane potential"
Resting potential occurs when membrane potential isn't altered by action potentials. When a membrane is polarised and there's no sinaptic potentials or any other active change of the membrane potential we are before a resting membrane potential.
Answer:
Adjacent to the yolk sac
Explanation:
Chorionic villi are microscopic and fingerlike projections found near the placenta which contain capillaries, increase surface area of blood that allow blood to flow and transfer nutrients from the mother to the fetus. The chorionic villi is adjacent to the yolk sac because it developed from the yolk sac, villi can extend and contact maternal blood vessels thereby nourishing the embryo and transfering nutrients from the mother to the fetus.
