Iron and Nickel.
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Answer:
Human activity - Produces greenhouse gasses.
Greenhouse gasses - Cause atmosphere to trap more heat.
Sun's output - Can vary.
Ice age - Peaked 20,000 years ago.
Explanation:
Human activity includes the usage of fossil fuels on a very large scale, and by using them we release huge amounts of greenhouse gasses into the atmosphere.
The greenhouse gasses have the ability to trap the heat that is reflected from the surface of the planet, thus keeping more of it in the atmosphere and causing global temperature rise.
The sun is technically a star, thus an object that produces energy and light, and like every star, it has variations in its activity in accordance with the processes going on on it.
There have been numerous ice ages through the geological past, and the last one of them ended only around 10,000 years ago, with its peak being just 20,000 years ago.
Answer:
<u>It depends on the weather and climate of a place</u>
Explanation:
- The choice of clothing will be impacted by the humidity, dryness, and coldness of the weather as a place located in a tropical climate will have a warm and hot and humid type of atmosphere and the type of clothing needed for this should be of loose fittings.
- In cold type or temperate type of climate i.e the area of high pressure. Clothing should be heavy i.e woolen or thermals.
- Rain seasons is time-bound season around the world, as the place that are situated at dry latitudes are constituted to have clothing of light and low nature, in rainfall one needs to have an umbrella as compared that of the desert zones.
- Climate is a long term change and weather is a short in overall these characteristics of the lat long should be kept in mind before going or moving to that domain.
<span>A.
longitude
</span><span>D.
elevation</span>
Answer:
The ground is shaken 10 times less by a magnitude-4 quake than by a magnitude-5 quake.
Explanation:
The Richter scale is a system developed by American scientist Charles F. Ritcher to measure the magnitude of earthquakes according to the extent of waves detected by seismographs. In that respect, the larger the earthquake in the scale of Richter, the more damage it causes. Thus, a magnitude-5 earthquake makes the ground shake more and produces more considerable destruction than a magnitude-4 quake.
