Answer:
A stream of water holds thriving bacteria. If drought conditions caused the stream to dry up, the bacteria mostly likely respond to survive by <u>transforming into endospores.</u>
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Explanation:
The bacteria transform into the hardcore bacterial endospores. These structures of bacteria are adapted to stresses in the environment. The bacteria can remain dormant for long periods with its genetic information securely protected under a tough coating. It is also very hard to kill bacteria endospores because they are resistant to heat, dehydration and even disinfectants.
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Answer:
<em>I stopped to think for a moment, and realized </em><em>chemical energy</em><em> is found in food. Then, I thought about how the other day when I saw lightning, that is an example of </em><em>electric energy</em><em>. Then I thought about how when throw a ball, that is a form of </em><em>kinetic energy</em><em>. The other day, when I was hammering a nail into a piece of wood, that was a form of </em><em>mechanical energy</em><em>. An example of </em><em>nuclear energy</em><em> would be the nuclear power plant by our house. Before my book fell off my table, this is an example of </em><em>potential energy</em><em>. The energy from the sun is an example of </em><em>radiant energy</em><em>. Volcanoes and earthquakes around the world are an example of </em><em>seismic energy</em><em>. </em><em>Sound energy</em><em> would be the balloon that I popped the other day. </em><em>Thermal energy</em><em> would be the heat I feel from the heater.</em>
- <em>See attached image for the diagram of being referred to</em>
Answer/Explanation:
In the diagram showing a typical food chain in an ecosystem, <em>the arrow that connects the sun to plants represents the flow of radiant energy</em>. The sunlight produces radiant energy, of which producers, such as plants, converts into chemical energy through photosynthesis.
The <em>next arrow linking the plants to the rodent shows the flow of chemical energy</em> in plants to primary consumers, such as rodents, who feed on them.
Also, rodents, when preyed upon by secondary consumers, such as wolfs and owls, pass on the same chemical energy to them. So <em>the arrows connecting the rodent to owl, and to the wolf both show the transfer of chemical energy</em> from the rodent to the owl and wolf.
The next arrow shows the <em>transfer of thermal energy from the wolf to the environment</em>, as the wolf release heat from the body resulting from daily functions it performs, and also, <em>thermal energy is released to the surroundings as heat during the decomposition </em>of the body of an animal.
The <em>arrow linking the wolf to the decomposer which break down the body and waste of the wolf represents transfer of chemical energy to the decompose</em>r, as they break chemical bonds to obtain the energy they need to survive and grow.
