Running Head : ENERGY FLOW Energy issue forth in the Environment[author][school][professor][subject]Energy issue in the EnvironmentThe fruit I chose was a raw apple , and the amount of calories from the nutrition data website was 52 .8 . Inputting this value , the calculator showed a decreasing trend of mechanic aught transmitted per rise in the trophic tell apart . This result was consistent with the idea and concept stated by second base law of thermodynamics . This law state that upon a flounder of dynamism from one form to an opposite , a good for you(p) amount of it would be dispersed to the environment as stir . As energy from foods is transformed , or eaten , or interpreted up by a consumer , it would also undergo a conversion and follow the second law . Consuming a fruit would then not mean a carbon gain of energy . A lot of this energy would be converted to awake , and released to the environmentFrom the trophic calculator , the amount of waken released is greater than the amount of energy gained by the consumer . Therefore , as the take aims increased , less and less energy is find outed . human race , beingness always at the last , usually obtain energy from animal-based products taking in a small instalment of the institute s original energy . It then quite an axiomatic stopping point to shift our eating practices and try for the second level on the trophic , which would allow us to instantaneously eat fruits and vegetables , and be able to get as over oftentimes energy achievable from the producers . But this would not be light-headed and practical as it seems . First is that although eating fruits and vegetables directly would ingest us the well-nigh energy , it would deprive us from much protein that can be obtained from animals . Also , considering the contempo rary lifestyle , it would be really unenvia! ble to eliminate meat in the regimen of humansConsidering the facts , it would then be better to find a poise between the extremes . still , it is definite that in other to be more good , human must try for a lower level that would allow them to obtain much energy without sacrificing the cost of other elementsEnergy Calculator Trophic level oddball of producer or consumer previous level (100 )Energy from from First basal producer 52 .8 N /A N /A here and now Primary consumer 52 .8 5 .28 47 .52 Third substitute consumer 5 .28 0 .528 4 .752 after part Tertiary consumer 0 .528 0 .0528 0 .4752 Energy Flow PAGE 3...If you call for to get a full essay, fellowship it on our website: OrderCustomPaper.com
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