Amount of DDT per organism Organism Trial 1 Trial 2 Trial 3 Average (DDT/organism) Algae Minnow Sunfish Osprey Analysis Questions: 1. In the space provided below, construct a food chain to illustrate the flow of energy between the organisms used in this simulation.
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- Source: http://www.hrrsa.org/tours/virtual-tour Questions refer to the treatment of the liquid waste water. What do these organisms remove from the water? How does temperature affect the activity of these microorganisms? When the water leaves the biological reactor, where does it go?Source: http://www.hrrsa.org/tours/virtual-tour Questions refer to the treatment of the solid waste. please solve 1 and 2. Why is it important to monitor and remove the majority of the nitrogen from the waste water? Why is it important to monitor and remove the majority of the phosphorus from the waste water?Discuss the following statement: ‘Microbial metabolisms are coupled acrossthe anoxic-oxic interface in several environments.’ Draw on at least threespecific examples to support your arguments.
- ndustrial effluent from a metal processing factory released Cu into a nearby river without any treatment and causes ecological damage, particularly to the fishes and algae found in the river. a. Analyze FIVE aspects/factors why using either fish or algae has limitations in metal biomonitoring program?Source: http://www.hrrsa.org/tours/virtual-tour Questions refer to the treatment of the solid waste. Why is it important to monitor and remove the majority of the nitrogen from the waste water? Why is it important to monitor and remove the majority of the phosphorus from the waste water?Make a graph of microbial growth from each of the data available in the table separately Im needed max in 30-45 minutes thank u...
- In what environments might the following organisms be found? thermophileSource: http://www.hrrsa.org/tours/virtual-tour Questions refer to the treatment of the liquid waste water. Solve 2, 3 and 4. How does the plant get biological organisms into the reactors? Ans. Biological organisms are fed into the reactors in the form of activated sludge. The activated sludge contains both aerobic and anaerobic bacteria, fungi and protists. These microorganisms are used to degrade the organic materials present inside the waste water. It is generally used during secondary and tertiary treatment of waste water. 2. What do these organisms remove from the water? 3. How does temperature affect the activity of these microorganisms? 4. When the water leaves the biological reactor, where does it go?. Define the following terms:a. redox reactionb. resonance hybridc. chemolithotrophd. electron donore. biogeochemical cycle
- Source: http://www.hrrsa.org/tours/virtual-tour Questions refer to the treatment of the liquid waste water. Where does the liquid water go after separation? Define “aerobic”, “anaerobic” and “anoxic.” How does the plant get biological organisms into the reactors?Biological product: Baker's yeast Describe each method and equipment utilized in the upstream process of this biological product.Upstream(raw materials/feedstocks, medium formulation, fermentation (fermentation mode)).Sketch graphs expected for the Product concentration Vs substrate concentration.