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1. If soil is contaminated with dioxin, list all phytoremediation types that may be successful in removing it and why?
2. If soil is contaminated with TCE, list all phytoremediation types to remove it and how? Why?
3. When a site is contaminated with a low concentration of metals, can phytoremediation be implemented, and if so, how? List all phytoremediation types that can be used.
4. What kind of contaminants can be treated with the UV light process? This is from an environmental science point of view.
Describe the major differences between Meiosis I and Meiosis II. Explain what you believe is the most significant difference in respect to sexual reproduction and explain why.
Explain how the freshwater and ocean ecosystems interact. Please provide a detailed, complete answer.
Convert the following DNA sequence into its RNA equivalent and then using the genetic code, convert that RNA sequence into the amino acid sequence.
Explain why a child of two parentswho both display DownSyndrome can be genotypically normal? Distinguish between organic molecules like Styrofoam and plastic, and the organic molecules that characterize living matter.
q1. describe how the science of clasdistics is used to produce cladograms. q2. what is plate tectonics and how does it
Define imperfect adaptation (1). Describe two population genetic scenarios that may result in populations failing to achieve perfect adaptation (2). Give an example of one of them (1). Describe in what way it leads to imperfect adaptation (1).
What is the name of the vein that delivers the water soluble monosaccharides from the small intestine to the liver, the organ that gets "first dibs" on the glucose?
Explain why cells need to receive nutrients (explain what nutrients are & give examples)? Explain why cells need to receive & send messages (briefly explain how cells of the body communicate and why it is important for cells to communicate).
draw the structure of an RNA hairpin with a 10-bp stem and a 5n-t loop. make up a sequence that will form such a structure. show the sequence in the linear as well as the hairpin form.
Which of the following nuclear pre-mRNA nucleotide sequencespotentially contains an intron? After the intron has been spliced out, what will be the nucleotide sequence of mRNA molecule (without the intron)?
On average what proportion of cells would you expect to be inmetaphase? What is the probability of seeing at least one metaphase?
i understand membranes and transport but i do not understand how i can calculate this. i understand regular membrane
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