B. Lead
C. Iron
D. Gold
Answer:
C. Iron
Explanation:
It is Iron because it is asking which resources does United States, Canada and Mexico have all together and if you look at the map the same resource they have in common is iron
The area in Canada that has the highest population density is the Great Lakes area, located in the south-southeastern part of the country. This region has the largest cities in Canada, and it offers several conditions that makes it the most attractive and suitable for living.
As a country, Canada is very sparsely populated. The country is the second largest in the world, but it has twice smaller population than the United Kingdom for example. The main reason behind this is that the climate is very harsh in most of the country, so very few places offer good or partially good living conditions.
In general, it is the border area with the United States, in the southern part of the country, that has the majority of the population of this country, while the rest is mostly void of population.
The Great Lakes region has by far the biggest population density. The reason for this is that the climate is milder in this region. It is a very well connected region, especially with the major cities in the north and northeastern part of the United States. Multiple economic activities are possible, and the travel and transportation are very easy. This naturally attracted the people to concentrate around this area.
Answer:the correct answer is B
Explanation: because I took the test and got it right :)
• Avg, winter temperatures: 120°C
• Gravity: 1 m/s2
• Avg summer temperatures: - 100°C
• Atmosphere? No
A Could water exist on this planet? (2 points)
B. Why can or can't water exist? (3 points)
Earth is located in what is known as the habitable zone, which is far enough from the Sun to prevent water loss but not so distant that freezing temperatures force all water on the planet to occur, liquid water, which is essential for life as we know it, continues to exist on its surface.
The distance from a star at which liquid water could exist on the surfaces of circling planets is known as the "habitable zone." Habitable zones are also referred to as Goldilocks zones because they may be just suitable for life, not too hot nor too cold.
For water to continue to be a liquid, the distance at which Earth orbits the Sun is ideal. The habitable zone, sometimes known as the Goldilocks zone, is defined as being this far from the Sun.
Rocky exoplanets located in their stars' habitable zones are better candidates for detection of liquid water on their surfaces.
Up to 16 of the 1,780 extrasolar planets that have been discovered are located in the habitable zone of their star, where the conditions are ideal for supporting life. Size also matters. An atmosphere cannot exist on a planet that is too small, and it cannot exist on a world that is too large.
Learn more about habitable zone, here
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Answer:
b
Explanation
no because therer is n atmospheer and the wahter is therer wherer any would evaporate
The average rate of recession can be calculated by dividing the total distance receded by the number of years in each time span. The rate increased or decreased depending on these calculations.
To answer this question, we first need to know exactly how far the Saint Anthony Falls receded between the specified times. However, if we assume those distances are provided (in the form of the gaps on the map, expressed in feet), the student can calculate the rate of recession by dividing the total distance receded by the total number of years for each time span. For example, if the falls receded 86 feet between 1680 and 1766, that's 86 feet/86 years = 1 feet/year. If it receded 120 feet between 1856 and 1876, that's 120 feet/20 years = 6 feet/year. In this hypothetical example, the rate increased from the first time span to the next.
Again, it's crucial to know the exact distances receded (the lengths of the gaps on your map) to compute the accurate rates of recession.
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Answer:
The time span between 1680 and 1766 (lines 1 and 2) is 86 years: 1766 − 1680 = 86 years. During this time, the falls receded an average of 5.8 feet per year: 500 feet ÷ 86 years ≈ 5.8 feet per year.
The time span between 1856 and 1876 (lines 3 and 4) is 20 years: 1876 − 1856 = 20 years. During this time, the falls receded an average of 25 feet per year: 500 feet ÷ 20 years = 25 feet per year.
Explanation:
the answer is correct because i took the test