Oil, coal, natural gas, and uranium are used to generate electrical energy, These all are fossil fuels.
Fossil fuels are non-renewable. For example :Hydrogen is not a fuel. It is a way of storing or transporting energy. Distribution and infrastructure need to be refurbished to cope with hydrogen, which can metals by making them brittle.
Thus, this could be the answer.
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Answer:
if a substance has a pH higher than 7 it is considered to be a
base
if a substance has a pH lower than 7, it is considered to be an
acid
The substance with which an enzyme reacts is its
substrate
hope this helps you!!!!
Explanation:
Predators do not only kill old and sick prey. They can also target healthy prey depending on factors like population dynamics and resource abundance.
Yes, predators do not only kill old and sick prey. Predation is a complex interaction that involves predators hunting and consuming prey. While predators may target weaker and more vulnerable individuals, they can also target healthy and strong individuals if necessary.
One example of this is the cycling of predator and prey populations, such as the lynx and snowshoe hare. As the hare population increases, there is more food available for the lynx, allowing its population to increase as well. However, when the lynx population grows too large, it can kill a significant number of hares, leading to a decline in the hare population due to scarcity of food.
Therefore, predators can kill both old and sick prey as well as healthy prey, depending on various factors such as population dynamics, abundance of resources, and competition.
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secondary succession
tertiary succession
Answer:
Secondary
Explanation:
b. plant structures
c. the air
d. all of the above
The carbon absorbed by all types of plants during photosynthesis is stored in plant structures (Option b).
Photosynthesis refers to a group of chemical reactions that plants use to generate carbon-based structures and energy by means of solar radiation.
Photosynthesis uses the carbon generated during light-independent reactions to produce structures.
Plant structures include different plant organs such as leaves, shoots, roots, reproductive structures, etc.
In conclusion, the carbon absorbed by plants during photosynthesis is stored in plant structures (Option b).
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