Why do organisms have differing optimal temperatures?
Why do organisms have differing optimal temperatures?
Homework Answers
Optimal temperature is a temperature at which a procedure or an enzyme works at its best.
Organisms have different optimal temperature because there are two types of organism i.e. warm blooded and coldblooded animals.
Warm-blooded organism, like mammals and birds, keep their bodies at a constant temperature. Cold-blooded organism take on the temperature of their surroundings. So their activity changes based on temperature and they have different optimal temperature.
Why are all organisms on Earth expected to have differing optimum functional temperatures?
Why are all organisms on Earth expected to have differing optimum functional temperatures?
In general, why do organisms that have high survivorship have low fecundity? In general, organisms have...
In general, why do organisms that have high survivorship have low fecundity? In general, organisms have a finite (i.e., limited) amount of energy that can be used for either promoting survival or promoting reproduction. o Organisms that produce lots of offspring don't need to survive for long periods of time. O Organisms that are capable of surviving long periods of time don't need to produce lots of offspring. This is an adaptation that organisms with high survivorship have acquired.
Do amylase from different organisms work best at the same temperatures?
Do amylase from different organisms work best at the same temperatures?
Lab Exercise 4B ins with a higher 9. Why do organisms found at low temperature have...
Lab Exercise 4B ins with a higher 9. Why do organisms found at low temperature have membrane proteins with a percentage of alpha helices compare to beta sheets? 10. Are amino acids outside the active site important for optimal function of the Explain your response. 11. Homologous sequences: A. are expected to have very similar sequences in related organisms B. are expected to have similar sequences in related proteins but from unrelated distantly related organisms C. may have become similar...
6. The lipid membranes of organisms that live in extremely cold environments have glycerophosphol...
6. The lipid membranes of organisms that live in extremely cold environments have glycerophospholipids that contain an increased percentage of unsaturated fatty acid tails (as compared to organisms that live in more moderate temperatures). Why would this be the case? Provide an explanation based on the fluidity of the lipid membrane. 7. Given its composition and structure, do you think K" ion or indolewould ) would be able to better move through the lipid membrane? Provide an explanation based on...
Why do peroxisome from many different classes of organisms have different characteristics. Include the evolutionary aspects...
Why do peroxisome from many different classes of organisms have different characteristics. Include the evolutionary aspects of the answer
Why do different temperatures produce different growth rates? 4 Why is it not advisable to conmect...
Why do different temperatures produce different growth rates? 4 Why is it not advisable to conmect the data points for each organism in your grapht 5 Consider the shape of each aurve. Where is the optimum temperature relative to the range for each organismt 6 In what way(s) could you adjust the incubation temperature to grow an organism at less than its optimal growth rate? 110 MICROBIOLOGY: Laboratory Theory&Application, Brief
Why do scientists infer that there were living organisms as far back as 3.8 billion years...
Why do scientists infer that there were living organisms as far back as 3.8 billion years ago? Choose the correct answer. a Scientists have found fossils of organisms from 3.8 billion years ago. b Scientists believe that it would not make sense to have water without life. c Scientists have collected trace fossils from organisms dated 3.8 billion years ago. d Scientists have found traces of carbon in rocks dated to 3.8 billion years ago.
Why do researchers frequently begin to search for mutants by exposing organisms to uv light or...
Why do researchers frequently begin to search for mutants by exposing organisms to uv light or x rays?
why are carbohydrate and proteins tests used to identify organisms and how do you perform the tests?
why are carbohydrate and proteins tests used to identify organisms and how do you perform the tests?
In general, why do organisms that have high survivorship have low fecundity? In general, organisms have a finite (i.e., limited) amount of energy that can be used for either promoting survival or promoting reproduction. o Organisms that produce lots of offspring don't need to survive for long periods of time. O Organisms that are capable of surviving long periods of time don't need to produce lots of offspring. This is an adaptation that organisms with high survivorship have acquired.
Lab Exercise 4B ins with a higher 9. Why do organisms found at low temperature have membrane proteins with a percentage of alpha helices compare to beta sheets? 10. Are amino acids outside the active site important for optimal function of the Explain your response. 11. Homologous sequences: A. are expected to have very similar sequences in related organisms B. are expected to have similar sequences in related proteins but from unrelated distantly related organisms C. may have become similar...
6. The lipid membranes of organisms that live in extremely cold environments have glycerophospholipids that contain an increased percentage of unsaturated fatty acid tails (as compared to organisms that live in more moderate temperatures). Why would this be the case? Provide an explanation based on the fluidity of the lipid membrane. 7. Given its composition and structure, do you think K" ion or indolewould ) would be able to better move through the lipid membrane? Provide an explanation based on...
Why do different temperatures produce different growth rates? 4 Why is it not advisable to conmect the data points for each organism in your grapht 5 Consider the shape of each aurve. Where is the optimum temperature relative to the range for each organismt 6 In what way(s) could you adjust the incubation temperature to grow an organism at less than its optimal growth rate? 110 MICROBIOLOGY: Laboratory Theory&Application, Brief
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