Trees, sunlight, wind, and water are all considered to be renewable resources. Thus, option B is the correct option.
Trees, sunlight, wind, and water are considered renewable resources because they can be naturally replenished or regenerated over time. Trees can be replanted and grow again, sunlight is constantly available from the sun, wind is created by atmospheric conditions, and water is continuously replenished through the water cycle.
Unlike nonrenewable resources, such as fossil fuels, which have finite reserves and cannot be replaced once they are depleted, renewable resources can be sustainably managed and utilized without depleting them permanently. Proper conservation and responsible usage are essential to ensure the long-term availability of these resources.
Thus, option B is the correct option.
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Answer:
B. renewable resources
Explanation:it is renewable cause it can not be depleted unlike fossil fuels which are nonrenewable the sun is not going any where the trees can be re planted there is a water cycle and there is always wind
Answer:
Northern hemispheres are dominated by continentality than southern hemispheres
Explanation:
A.
Educate herself on ground deformation that occurs before earthquakes.
B.
Check her building’s foundation to ensure it is resistant to shaking caused by moving tectonic plates.
C.
Buy a device that can predict earthquakes before they occur.
D.
Be prepared to evacuate if steam or ash cloud eruptions are visible.
OR
B. Common
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Plants absorb and soak up water through their roots, and it is eventually evaporated off of them (transpiration), returning the water to the environment.
If an animal eats this plant it will receive some of its water content. Animals also drink fresh water that is available.
If an animal breaths, they can exhale extra water vapor which enters back into the cycle.
If an animal perspires, this water can also evaporate or be returned to the environment another way, such as the ground. The same goes for urination.
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Water transfer between and within organisms and the environment plays an essential role in biological processes, primarily via osmosis, the facilitated diffusion of water through a semi-permeable membrane. The movement of water is critical for normal function of organisms, retaining water in terrestrial organisms, impacting availability of resources in aquatic environments, and assisting in the regulation of temperature.
Water transfer within and between organisms and the environment is a vital biological process. In the body, water moves through semi-permeable membranes of cells by a process called osmosis, which is the diffusion of water from regions of higher concentration to regions of lower concentration. This ensures an appropriate balance of solutes inside and outside of cells, necessary for normal functioning.
Terrestrial organisms, which lose water to their environment, have evolved many adaptations to retain water. In aquatic environments, the availability of nutrients, food resources, and the water itself can be impacted by water movement, like currents and tides.
Interactions among living organisms and their environment result in the movement of matter and energy, including water. Heat energy in water is absorbed and released slowly due to its hydrogen bonds, allowing it to moderate temperature changes within organisms and their environments. The process of evaporation further facilitates the transfer of water between organisms and the environment.
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As the Earth travels closer to Saturn in its orbit and then both planets are situated on the side of the Sun, Saturn is enduring an apparent retrograde movement period.
Even with a good telescope, it would be impossible to see against the background of stars. The parallax angle is the difference, measured from a nearby star, between the Earth's location at one point in time of the year and the Earth six months later. Astronomers use this angle to determine how far away from Earth that star is. The procedure outlined previously, s, can be used to determine the distance to a nearby planet. Now that we have established an observation point O, we can calculate the angle that the planet is at, which is. P1P2 = d, where d is the diameter of the planet. Consequently, we may apply the parallax technique to determine a neighbouring planet's radius.
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naturally occurring features of the earth
that which makes us remember something
a people's actions and ideas that change the earth
the whole number or integral part of a logarithm
oddities that stick in our minds
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When we speak of 'characteristics' in geography, we're referring to:
Options A and B
When we speak of 'characteristics' in geography, we're referring to:
These two options are related to geographic characteristics, which involve the physical and human aspects of the Earth's surface. The other options, such as "that which makes us remember something," "the whole number or integral part of a logarithm," and "oddities that stick in our minds," do not directly relate to the concept of characteristics in geography.
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Answer: people's actions and ideas that change the Earth, and naturally occurring features of the Earth. Select the items that are described by the geographic theme of location.