Differences = amount of wildlife, hiking trails, staff
b. Similarities = helpful staff, ability to hike
Differences = variety of views, crowds, peacefulness, wildlife sightings
c. Similarities = helpful staff, views, amount of wildlife
Differences = difficulty levels of hiking trails, crowds, peacefulness
d. Similarities = Both crowded, excellent views, ability to hike
Differences = peacefulness, staff availability, amount of wildlife
For the situation of Tracy given above, the best way for her to lead a categorization of the observations will be,
Therefore, the option B holds true.
Categorization can be referred to or considered as a process or a method followed in order to organize and differentiate between a number of observations into different sets based on their similarities and differences seen.
For the situation of Tracy above, appropriate traits are differentiated on the basis of their similarities and differences that they have and possess. It is the appropriate method of performing the method of categorization.
Therefore, the option B holds true and states regarding the significance of categorization.
Learn more about categorization here:
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Answer: Check Explanation Below
Explanation:
To understand geography, we first need to understand the meaning in it's word parts:
Geo - To do with the Earth
Graphy - recording info
So geography is the recording of the earth and the features throughout it.
Geographic inspections are usually shown in maps. A map represents an area of a place that could show locations, landmarks, the topography, the land outline and a lot more.
Geography is a vast area of study, but it usually falls under history which maps could also show.
Hope that helped a lot. Let me know any further questions.
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b. stratovolcano
c. shield volcano
Answer:
c. shield volcano
Explanation:
Shield volcano: expels a large amount of lava and gradually builds a large shield-shaped mountain. The lava produced by this type of volcano is very hot and fluid, contributing to a longer runoff. One such example is the Mauna Loa, found in Hawaii, 9000 m high and 120 km in diameter.
Heat causes the most deaths per year on average in the United States, despite the increased frequency and intensity of other weather events like hurricanes.
In terms of the weather event that causes the most deaths per year on average in the United States, the answer would be B. Heat. Although hurricanes, flooding, and lightning can also lead to fatalities, heat-related incidents lead to a higher death average over time. This is due to factors such as heat waves causing heat strokes, which can be lethal if not treated promptly and appropriately. While hurricanes have indeed increased in frequency and intensity as observed in the 2020 season, they still do not account for as many deaths as those caused by extreme heat.
Hurricanes cause the most deaths on average per year in the United States. The frequency, intensity, and duration of hurricanes have been increasing since the 1980s. In 2020, the hurricane season was the most active on record, with 30 named storms hitting the U.S. coastline and causing significant damage. Together, these storms caused more than $40 billion in damage (National Oceanic and Atmospheric Administration, 2020).
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