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Energy cannot "flow" in a cycle, because it cannot be recycled the way materials can. Because of Thermodynamics, energy is constantly being lost to the environment as it flows down from producers to primary consumers and then to the tertiary consumers.Every time energy is needed to keep the system running.
the flow of thermal energy
TRUE
Yes, producers do take in energy from nitrogen. This occurs due to the specific nitrogen cycle that allows for continuous flow of nitrogen through the biosphere which is a result of nitrogen fixation processes.
You gain Potential Energy as you cycle up a hill.
water can only flow oneway - downhill
To allow gasses or liquids to flow only in one direction.
The nitrogen cycle
related*
the eb
Precipitation and Groundwater
The flow of energy in an ecosystem is unidirectional and is not cyclic. It is represented in a flowchart form. The flow of nutrients in an ecosystem is cyclic like a water cycle. An example for flow of energy is :- sun --- producer --- primary consumer --- secondary consumer --- tertiary consumer --- decomposer. The energy remained in the is very little and it is released as heat. An example for flow of nutrients is :- air, water, soil --- producer --- primary consumer ----secondary consumer --- tertiary consumer ---- decomposer ---- air, water, soil--- and so on (cyclic)
well cheese balls transfer the energy while chickens transfer the nutrients and so thats the major difference
Energy cannot "flow" in a cycle, because it cannot be recycled the way materials can. Because of Thermodynamics, energy is constantly being lost to the environment as it flows down from producers to primary consumers and then to the tertiary consumers.Every time energy is needed to keep the system running.
Entropy. To "cycle" the energy would need to be reused, in reality the energy flows in from the outside and flows back out. (If the system were energy blocked, then all the energy would convert to heat and thus be useless.)
the flow of thermal energy
Cellular respiration is a cycle of matter and a flow of energy. It takes place just outside and inside the cell's mitochondria.