The effect that global warming will have on present day is the increase in average temperature and reduced rainfall. The glaciers around the world will start melting and the sea level will start rising. This will lead to hurricanes and floods. It has the potential to destroy the whole world.
Answer: a factors affecting climate
Explanation:
because this is what the internet says. and i know its correct
The statement is True. Large volcanic eruptions have the potential to lower global temperatures but typically for only 1-3 years.
A volcanic eruption is when lava and gas are released from a volcano—now and again explosively. The maximum risky type of eruption is called a 'glowing avalanche' which is when freshly erupted magma flows down the edges of a volcano.
The melted rock, or magma, is lighter than the encircling rock and rises up. This magma collects in magma chambers, but it's far still miles underneath the surface. While sufficient magma builds up inside the magma chamber, it forces its manner up to the floor and erupts, often causing volcanic eruptions.
Sixty percent of all energetic volcanoes arise on the obstacles between tectonic plates. maximum volcanoes are observed alongside a belt, called the “Ring of fire” that encircles the Pacific Ocean. A few volcanoes, like those that form the Hawaiian Islands, occur within the indoors of plates at areas referred to as “hot spots.”
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Question: Large volcanic eruptions have the potential to lower global temperatures but typically for only 1-3 years. TRUE/FALSE.
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Organic farming usually increases species richness, having on average 30% higher species richness than conventional farming systems. However, the results were variable among studies, and 16% of them actually showed a negative effect of organic farming on species richness.
Answer:
B) 282.7 cm^2
Explanation:
Surface area of a cone is given by the formula ...
A = πr² +πrh . . . . . . . where r is the radius, and h is the slant height
A = πr(r +h)
For the given cone, the area is ...
A = π(5 cm)(5 cm + 13 cm) = 90π cm²
A = 282.7 cm² . . . . surface area of the cone
