ANSWER QUICK PLEASE BEING TIMED WILL GIVE BRAINLIEST DaShawn collected two types of soil from a farm. The first type of soil contained very little material that was once living. The second type of soil was fertilized with manure. Manure is the body waste of farm animals and contains a great deal of material that was once living. DaShawn placed each soil sample into a container and used a probe to measure the amount of carbon dioxide produced by the microorganisms found in the soil samples. Then he repeated the experiment after heating the soil samples. The graph shows DaShawn’s results for several different temperatures. DaShawn made the model shown to help him think about his results. a. Explain how the amount of food available to microorganisms affects the amount of energy that is released as respiration rate increases. Use the graph to support your explanation. After looking at the graph, DaShawn concluded that when the amount of carbon dioxide increases, the amount of ATP that is produced should also increase. b. Predict how the inputs in DaShawn’s model must also change when carbon dioxide increases, and explain how the model supports this prediction.

TO MUCH WORDS

Explanation:

TO MUCH

ANSWER QUICK PLEASE BEING TIMED WILL GIVE BRAINLIEST DaShawn collected two types of soil from a farm. The first type of soil contained very little material that was once living. The second type of soil was fertilized with manure. Manure is the body waste of farm animals and contains a great deal of material that was once living. DaShawn placed each soil sample into a container and used a probe to measure the amount of carbon dioxide produced by the microorganisms found in the soil samples. Then he repeated the experiment after heating the soil samples. The graph shows DaShawn’s results for several different temperatures. DaShawn made the model shown to help him think about his results. a. Explain how the amount of food available to microorganisms affects the amount of energy that is released as respiration rate increases. Use the graph to support your explanation. After looking at the graph, DaShawn concluded that when the amount of carbon dioxide increases, the amount of ATP that is produced should also increase. b. Predict how the inputs in DaShawn’s model must also change when carbon dioxide increases, and explain how the model supports this prediction.

Explanation:

answer; i believe its echoic memory,it is believed to last three to four seconds; good luck

bradykinin is a physiologically and pharmacologically active peptide of the kinin group of proteins, consisting of nine amino acids.