Answer:
D - People in Thailand wearing warm, heavy coats
Explanation:
The text does not mention Thailand at all.
Answer:
D.
Explanation:
It just doesnt make sense
Which of the following is not a reason why rivers were important to early trade
Answer:
B
Explanation:
The level of elevation zone pyramid below that is labeled with the number one should be titled ______. It represents the _______ climate type.
A. Tierra helada . . . polar
B. Tierra templada . . . moderate
C. Tierra calienete . . . tropical
D. Tierra fria . . . dry
Answer:
A
Explanation:
What is the population density of Canada. Calculate it
Answer:
Explanation:
Canada as a whole has a population density of just 4 people per square kilometres, which makes it the 228th most densely populated country. The population density is among the lowest in the world, mostly because a great deal of the country to the north is virtually uninhabited.
Answer:
4 people per kilometer
Why were World War 1 and World War 2 connected?
Answer: WWII is a continuation of WWI due to unresolved issues. Since Hitler violated the Treaty of Versailles by expanding the military and invading Poland. Also Japan wanted to conquer because they felt cheated during WWI.
Explanation:
Answer:
World War 2 was caused by World War 1
Explanation:
Which state produces the majority of fresh-cut flowers in the united states?
Answer:
California
Explanation:
How the rabbits population changed over the course of 10 years
Answer: The rabbit population is decreasing.
Explanation: One of the main contributing factors that is leading to the decrease of rabbit population is Viral Haemorrhagic Disease.
The rabbit population can change over 10 years due to environmental changes, food availability, predation rates, and genetic variation. Specific traits can improve a rabbit's chances of survival and reproduction, altering the population. Predator-prey relations and genetic variations also influence population changes.
Explanation:The rabbit population can change over 10 years due to several factors. These include changes in the environment, availability of food sources, predation rates, and genetic variation within the population.
In a hypothetical situation, gray and Himalayan (gray and white) rabbits may be better able to blend with a rocky environment than white rabbits. This example of diversifying selection can contribute to a change in the rabbit population over ten years because these rabbits have better chances of survival and reproduction in this type of environment.
Another important factor is the predator-prey dynamics. For example, an increase in the population of predators, such as coyotes, might decrease the rabbit population. On the other hand, an increase in food availability could lead to a growth in the rabbit population by providing adequate resources for young rabbits to develop into adults.
Lastly, genetic variation can also impact population changes. Either decreased food availability or increased predation can cause fewer or greater genetic variations in future rabbit generations, depending on which traits improve survival and reproduction.
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State and federal control of land uses has increased greatly over the past 40 years plus due in part to an increased awareness of environmental hazards. Which of the following federal environmental control laws was responsible for establishing the "Superfund" to finance emergency responses and cleanups of abandoned and unregulated waste dumps?
Answer:
CERCLA
Explanation:
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Time Remaining
53:30
A line segment has endpoints at (–4, –6) and (–6, 4). Which reflection will produce an image with endpoints at (4, –6) and (6, 4)?
a reflection of the line segment across the x-axis
a reflection of the line segment across the y-axis
a reflection of the line segment across the line y = x
a reflection of the line segment across the line y = –x
Mark this and return
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Answer:
a reflection of the line segment across the y-axis
Explanation:
The transformations of the end points are:
Preimage Image
(–4, –6) → (4, –6) (–6, 4) → (–6, 4)The means that, for every end point, the x-coordinate changes the sign and the y-coordinate remains unchanged.
That rule is:
(x, y) → (- x, y): this is a reflection across the y-axis.Keeping the y-coordinate and changing the sign of the x-coordinate is a reflection across the y -axis. It is like a mirror image, where the mirror is placed along the y-axis. The figure keeps the same distance from the y-axis (the mirror) but changes sides, which is represented by the change of x to - x, while the altitude (the y-coordinate) keeps unchanged.
Answer:
its B
Explanation:
The region of a glacier that is gaining mass is known as the zone of
Answer:
accumulation
Explanation:
Based on the quantity of mass of the glacier, it has been partitioned into two different regions.
At the higher end, more mass of snow gets accumulated than it loses. Which is called accumulation zone. As there is snow fall, it gets accumulated over snow of prior years. Due to this, older snow gets compressed by new layers which causes lower layered snow to convert into solid ice.
Opposite of accumulation zone is ablation zone , the zone of glacier where loss of snow is more than the accumulation. These phenomenon helps in survival of glacier by balancing of surface mass.
Thus region of gaining mass in glacier is called zone of accumulation
Planet A is an outer planet, and planet B is an inner planet. Inner planets rotate slowly, so they take more time to complete a rotation. Outer planets rotate faster, so they take less time to complete a rotation. Which ideas did you include in your answer? Check all that apply. Inner planets rotate slower. Outer planets rotate faster. Inner planets take more time to complete a rotation. Outer planets take less time to complete a rotation. Planet A is an outer planet. Planet B is an inner planet.
Answer: All the given ideas
Inner planets rotate slower.
Outer planets rotate faster.
Inner planets take more time to complete a rotation.
Outer planets take less time to complete a rotation.
Planet A is an outer planet.
Planet B is an inner planet.
Explanation:
Taking as a model our Solar System we know the following:
The inner planets (such as our Earth, Mercury, Venus and Mars), rotate on their own axis (also called spin) slower than the outer planets (such as Jupiter, Saturn, Uranus and Neptune). This is because of the Sun's huge gravitational field, which holds the nearest planets tightly as they make their revolution around the star.
However, inner planets complete one orbit around the Sun faster than the outer planets, for this same reason (due to their proximity to the Sun's gravitational field).
Hence, if Planet A is an outer planet, and Planet B is an inner planet, then Planet A will spin (rotate on its own axis) faster than Planet B.
Answer:All the given ideas
Inner planets rotate slower.
Outer planets rotate faster.
Inner planets take more time to complete a rotation.
Outer planets take less time to complete a rotation.
Planet A is an outer planet.
Planet B is an inner planet.
Explanation:
Find the volume of the cube. A.64ft3 B.36ft3 C.8ft3 D.16ft3
Answer:
A= 64
Explanation:
A rock is placed in the bottom of a fast moving river over time what would most likely happen to it
Answer:
Small pieces of rock that settle at the bottom of rivers, lakes, and streams. Can also contain dead animal and plant matter or fossils. A type of chemical weathering that forms when fossil fuels, coal, and oil are burned and produce oxides that are released into the air and react with sunlight and water.
Explanation:
Moraines are composed of jumbled piles of very poorly sorted rock fragments ranging in size from boulder to clay that fall out near the edges of glaciers. Why are the larger particles (boulders, etc.) not broken down during transport in the glacier
Final answer:
Large particles in moraines are not broken down during glacial transport because the ice encases and protects them, and glaciers move slowly, reducing kinetic energy for breaking rocks.
Explanation:
Moraines are sediment deposits left by glaciers and contain poorly sorted mixed sediments ranging from boulders to clay. These sediments, including large particles such as boulders, are not broken down during transport because the encasing ice protects them from the abrasion and impacts that typically occur in environments like rivers or shores. Moreover, since glaciers move relatively slowly, there is less kinetic energy involved to fracture and break these large particles compared to the forces at play in more dynamic systems such as fast-flowing rivers.
Glaciers serve as a phenomenal force of erosion and sculpting in the landscape, and the larger particles in moraines have often traveled great distances from their origins, carried by the flowing ice. The terminal moraines mark glacial extents and are important geological features that give insight into the Earth's climatic past and changes. These boulders and rocks within moraines, once deposited, serve as a historical record, providing evidence of past glacial movements and environmental conditions.
An important long-term result of the Crusades in the Middle East was the—
Answer:
- An increase of power in royalty in Europe
-Kings passed taxes to pay the crusades
- In the first crusade christians captured Jerusalem which then they lost power of later
- Increased trade and expansion of religions
Explanation:
What can you conclude from the fact that political maps often change but physical maps rarely do?
Answer:
Explanation:
A political map focuses on boundaries between entities, like countries, states or counties. They are generally brighter colors to easily distinguish the boundaries.
A physical map focuses on the geography of the area and will often have shaded relief to show the mountains and valleys.
Final answer:
Political maps change frequently as they reflect human-defined geopolitical states that are in constant flux, whereas physical maps change slowly as they depict Earth's relatively stable physical geography. The changing nature of political maps highlight their role as instruments of political understanding and organization.
Explanation:
The fact that political maps often change but physical maps rarely do can lead to several conclusions. Political maps reflect the current geopolitical state of the world, which includes borders and boundaries defined by human agreements and conflicts; such maps are subject to frequent change due to events like wars, negotiations, and treaties. In contrast, physical maps represent the physical features of the Earth such as mountains, rivers, and deserts, which change at a much slower geological pace. Therefore, we can conclude that political boundaries are transient and subject to the dynamic nature of human society, whereas the Earth's physical geography is relatively stable.
Political maps can also be influenced by the political climate and the purpose they serve. For example, during elections, electoral cartography can manipulate boundaries or highlight certain areas to convey or influence political messages. This gives insight into how maps are not just representations of geographical truth, but also tools used to shape political understanding and action.
In essence, the changing nature of political maps compared to physical maps underscores their different functions; political maps as instruments of human political organization and physical maps as depictions of Earth's unchanging geographies.
59:49
Sam knows the radius and height of a cylindrical can of corn He stacks two identical cans and creates a larger cylinder. Which
statement best describes the radius and height of the cylinder made of stacked cans?
Answer:
The cylinder has the same radius as the cans, but has a height twice as high.
Explanation:
As you can see in the question above, a student stacked two cans, forming a cylinder.
In order for the cans to be stacked, to form a perfect cylinder, we can conclude that both cans have the same radius and the same height. When placed on top of each other, the formed cylinder is twice the size of the cans alone, however, the radius is not changed and the cylinder has the same radius as the cans.
Answer: b
Explanation:
What factor affects the color of a star?
The color of a star is determined by its temperature. Astronomers can use the color of a galaxy to determine the types of stars it contains.
Explanation:The color of a star is primarily determined by its temperature. Hotter stars appear blue or blue-white, while cooler stars appear red. This is due to Wien's law, which relates stellar color to temperature.
Astronomers can use the color of a galaxy to determine what kinds of stars it contains. By analyzing the color indices of stars in a galaxy, astronomers can infer the temperature and therefore the type of stars present.
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Which are evidence of seafloor spreading? Select three options.
Answer:
I think the correct answers are molten material,magnetic strips and continent material.
Explanation:
Answer:
Molten material magnetic stripes continent material
Explanation: