Q: Describe binary fission and how it relates to generation time and exponential growth.
A: The living organisms grow, metabolize, and divide. Life is sustained when the organisms reproduce.…
Q: 1. Discuss the environmental effects of Nuclear power plant with neat diagram 2. Discuss the…
A: Radioactive waste is produced in a nuclear power plant.If this is not disposed properly people will…
Q: Why is using fossil fuel considered unsu
A: Fossil fuels are mainly hydrocarbons, which are formed naturally from dead remains of plants and…
Q: If two organisms depend upon one another to grow, how would youapproach the problem of growing them…
A: Monoculture is defined as the culture of single organism.
Q: Why are nuclear plants considered threat to ecological security?
A: The branch of biology that deals with the relationship among various living organisms and with their…
Q: Give a prime example of technology-forcing legislation to control air pollution.
A: Clean Air Act is an agency that helps to control harmful automobile emissions. In the 1970…
Q: Describe the use of bioremediation in the cleanup of oil spills.
A: Bioremediation is using the organisms to break down the contamination products into the less toxic…
Q: How did louispasteur successfully demolish the popular theory of spontaneous generation?
A: Theory of spontaneous generation is also known as abiogenesis or autogenesis states that life…
Q: Explain how bioremediation is achieved by microorganisms in the following a. Bioremediation of…
A: Bioremediation Bioremediation refers to the process of using living microorganisms to remove the…
Q: Explain the term Megasporogenesis.
A: Megaspores are a type of spore that is present in heterosporous plants. The production of two…
Q: Explain the impacts that the following variables have on yeast fermentation: a.Temperature b.…
A: Fermentation is a process of anaerobic respiration in which yeast acts on Sugar to produce alcohol.…
Q: 1. We can convert biomass materials into _____ and blend them with gasoline and diesel for…
A: Conventional sources of energy like gasoline, coal etc are more polluting than non-conventional or…
Q: Why is spoilage more likely to occur for individuals who do home canning than in a canning factory?
A: Canning is a food preservation process. In this method, the food materials are processed and then…
Q: Compare the spontaneous generation with biogenesis.
A: Animals, plants, and microorganisms make up the ecosystem. The environment is inhabited by…
Q: What is called climax community?
A: Ecology is the branch of biology. It is dealing with the interactions and relations between organism…
Q: describe the various ways in which the operation of a fracking well site could lead to environmental…
A: FRACKING:- Fracking is more commonly known as Hydraulic fracturing, it is a method of drilling of…
Q: Define the following terms: bioenergetics
A: The term ‘Biochemistry’ stands for the branch of science that connects the ‘chemical’ and…
Q: Discuss the importance of bioremediation.
A: Bioremediation is a branch of biotechnology in which using of living organisms like microbes and…
Q: If it takes 2 hours for a population of bacteria to grow from 100 cells to 1600 cells, what is the…
A: The bacteria are single celled prokaryotic organisms and divides by binary fission. The time…
Q: Which reaction, oxidation or reduction, is key to uraniumbioremediation?
A: Bioremediation is the process of degradation of environmental pollutants like oil and petroleum…
Q: Find Equations of Populations That Obey the Law of Uninhibited Growth
A: The law of exponential growth or uninhibited growth determines the change in the number of cells ( A…
Q: Can you solve part B only asap
A: Introduction: The urinary system is made up of four principal organs: the kidneys, urinary bladder,…
Q: What are the scientific principles involved with fracking?
A: Fracking is defined as a process to increase natural gas and oil extraction from underground…
Q: Can a species undergo exponential growth forever? Explainyour answer.
A: The change in the number of individuals in a population is referred to as population growth. There…
Q: Compare and contrast phase I and phase II xenobiotic metabolism
A: Xenobiotics: Xenobiotic is any chemical substance that is not innate to an organism or environment…
Q: Which of the following rows describes the change in bacterial biodiversity and yeast biomass during…
A: Fermentation:- A process which is used to convert sugar to acids, alcohol or gasses. It generally…
Q: Which of the following organisms will have the most generations after 4 hrs, if their generation…
A: Here the generation time for some organisms are given in hour and some are given in minutes. To…
Q: Write a true statement about green house effect.
A: Human activities interfere with the natural nutrient cycles and bring about the climatic changes.…
Q: A polluted lake contains 3 x 10 toxic Poisonum nasticum cells per milliliter. Assuming these grew…
A: Growth of microbes refers to generation of two daughter cells from an existing parental microbe.…
Q: Justify why algal biotechnology has the potential to be the future of climate change mitigation
A: Algae can help combat climate changes by removing CO2 from the atmosphere, storing it as biomass,…
Q: Explain what the field of agricultural microbiology entails.
A: Microbiology is the study of the small living organisms that are integral components of different…
Q: The impact of green technologies to the world.
A: Introduction The application of one or more of environmental science, green chemistry, environmental…
Q: Describe a wild fire at a large scale, macroscopic and microscopic scales.
A: Life in nature undergoes drastic changes depending on the environmental cues of an area. Often…
Q: Can a species undergo exponential growth indefinitely? Explain your answer.
A: Introduction A species is a group of living organisms that are genetically similar and capable of…
Q: Describe the causes and consequences ofeutrophication
A: Eutrophication is an enrichment of water by nutrient salts that causes structural changes to the…
Q: Give a trangenic organism in the bioremediation field and explain in 2-3 sentences how the organism…
A: In soils, freshwater sources, and activated sludge environments, genetically modified microorganisms…
Q: The success of Green Revolution depends on the availability of :
A: INTRODUCTION Green revolution Green revolution occured between 1950 and late 1960s. They used high…
Q: Explain the theories of spontaneous generation and biogenesis.
A: The theories of spontaneous generation and biogenesis are two of the main theories that explain how…
Q: In 200-300 words, DISCUSS the importance of BIOREMEDIATION
A: Bioremediation works by encouraging the growth of bacteria that feed on pollutants such as oil,…
Q: Explain the process of coevolution and how it influences thedevelopmentof microorganisms.
A: Evolution in biological populations refers to the change in the change in characters that are…
Q: At what amount of yeast does the population in Figure 14.3 level off? YEAST POPULATION GROWTH IN A…
A: Groth curve of yeast cells in sugar solution over 20 hours is given in the graph. Yeast cells follow…
Q: The following table shows the evolution of cell concentration over the time of cultivation. time…
A: Pichia pastoris is a methylotrophic yeast. It has a high proliferation rate, exhibits high biomass…
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- I’m not quite understanding this question can you explain which best describes bottleneck?Describe binary fission and how it relates to generation time and exponential growth.A team of researchers is interested in testing the amount of oxygen gas (O2) produced when the same species of plant is exposed to different colors of visible light. The research team has developed a hypothesis to test and designed experimental conditions to run. They have submitted the work to you for feedback and approval. Your job is to provide feedback concerning both the hypothesis and the experimental design. This will enable them to make the necessary changes to obtain approval for their research. The Team’s Hypothesis: The levels of oxygen gas will be higher for plants exposed to visible red light. How would you improve the hypothesis while also putting it into a proper hypothesis with an IF and THEN statement?
- List and explain the assumptions and uses of the Hardy-Weinberg Principle. Provideexamples (and data) for uses of HW.Opponents of alternative and renewable energy technologies argue that such technologies are expensive and contain many hidden costs. Opponents of fossil fuels and non-renewable energy technologies argue that we don't account for the hidden environmental and health costs of these technologies, which makes non-renewables (primarily fossil fuels) seem cheaper. Explore this debate by doing the following: Go to the website page: https://www.aei.org/articles/the-trouble-with-renewable-energy/ to read an article stating that renewable energy technologies may not fulfill their promise. Notice the date of the article and reflect on any change in our society's perception on this subject. Also note the author. I recommend you always do a bit of research about an article's author, because it is important to understand an author's frame of reference. Now go to the Clean Energy website to read an article about renewable energy technology:…Complete all 25 parts of the following single question activity
- Please explain with concepts, diagram and based on the Yanofsky experimentGeographer, historian, and author Jared Diamond (1987) once referred to agriculture as "the worst mistake in the history of the human race." Given what you have learned about the health consequences of the domestication of plants and animals for humans, how would you respond to his statement? You may find this article helpful in your discussion response: https://www.ncbi.nlm.nih.gov/pmc/articles/PMC4163920/List three important ways in which your life would be different today if grassroots actions by U.S. citizens between 1970 and 1990 had not led to the Clean Air Acts of 1970, 1977, and 1990, despite massive political opposition by the affected industries. List three important ways in which your life in the future might be different if grassroots actions now do not lead to a strengthening of the U.S. Clean Air Act. How might your future life and that of your children be different if the current Clean Air and Clean Water Acts are not only not strengthened, but instead are weakened or not renewed?