In sexual reproduction- (select answer 1) produce genetically diverse.pdf

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In sexual reproduction, (select answer 1) produce genetically diverse (select answer 2) . Answer 1 Possibilities: meiosis and mitosis meiosis alone mitosis alone Answer 2 Possibilities: haploid gametes triploid cells diploid cells.

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In the 19th century, cavalries were still an important part of the European military complex. While horses have many wonderful qualities, they can be dangerous beasts, especially if poorly treated. The Prussian army kept track of the number of fatalities caused by horse kicks to members of 10 of their cavalry regiments over a 20-year time span. If these fatalities occurred independently and with equal probability for each regiment, then the number of deaths by horse kick per regiment per year should follow a Poisson distribution. On the other hand, if some regiments during some years consisted of particularly bad horsemen,12 then the events would not occur with equal probability, in which case we would expect a frequency distribution different from the Poisson distribution. The following table shows the data, expressed as the number of fatalities per regiment-year (Bortkiewicz 1898): a) Test whether a Poisson distribution fits these data. \begin{tabular}{cc} Number of deaths ( X ) & Number of regiment-years \\ \hline 0 & 109 \\ 1 & 65 \\ 2 & 22 \\ 3 & 3 \\ \hline 4 & 1 \\ \hline 4 & 0 \\ \hline Total & 200 \\ \hline \end{tabular}.

In the 19th century- cavalries were still an important part of the Eur.pdf

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In Table 19.1 are listed the average distance from the Sun, r , in Astronomical Units (AUs), and the average orbital velocity, v , in kilometers per second ( km / sec ) , for each of the eight planets of the solar system. 1. Plot the planetary distance and velocity data from Table 19.1 on the axes of Figure 19.2 on the worksheet. 2. Describe the trend of the planets' orbital velocities with increasing distance from the Sun (a centrally concentrated mass) according to the data points in Figure 19.2. Be specific. TABLE 19.1 Planetary Distance and Orbital Velocity Data The Milky Way Galaxy: A Dispersed Distribution of Mass Our solar system lies in the outskirts of the Milky Way, a vast, rotating, disk-shaped assemblage of stars, gas, and dust more than 100,000 light-years across. Table 19.2 lists observational data for celestial objects found at various locations within the Milky Way's disk: r is the object's distance, or radius, from the galactic center, in units of kiloparsecs (kpc), where 1 kpc = 1 , 000 parsecs (about 3,260 light- years), and v is the object's orbital velocity around the galactic center in kilometers per second ( km / s ) . Taken together, this array of orbital velocities traces out the Galaxy's pattern of rotation. 3. Plot the galactic radius and velocity data from Table 19.2 on the axes of Figure 19.3 on the worksheet. 4. (a) Describe the trend of celestial objects' orbital velocity with increasing distance from the galactic center, according to the data points in Figure 19.3. (b) How does the form of this graph differ from the one you plotted in Figure 19.2 for the planets of the solar system? TABLE 19.2 Milky Way Data Data trom r, sorue et at. For credit, you must show all of your work. FIGURE 19.2 Graph of solar system data. 2. 3. FIGURE 19.3 Graph of Milky Way data..

In Table 19-1 are listed the average distance from the Sun- r- in Astr.pdf

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In t- s --ana halnw the rell (formed element) indicated by letter A is.pdf

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In spite of the contribution of plasmids to the spread of antibiotic resistance in human pathogens, little is known about the transferability of various drug resistance plasmids in bacterial biofilms. The goal of this study was to compare the efficiency of transfer of 19 multidrug resistance plasmids into Escherichia coli recipient biofilms and determine the effects of biofilm age, biofilm-donor exposure time, and donor-to-biofilm attachment on this process. An E . coli recipient biofilm was exposed separately to 19 E. coli donors, each with a different plasmid, and transconjugants were determined by plate counting. With few exceptions, plasmids that transferred well in a liquid environment also showed the highest transferability in biofilms. The difference in transfer frequency between the most and least transferable plasmid was almost a million-fold. The 'invasibility' of the biofilm by plasmids, or the proportion of biofilm cells that acquired plasmids within a few hours, depended not only on the type of plasmid, but also on the time of biofilm exposure to the donor and on the ability of the plasmid donor to attach to the biofilm, yet not on biofilm age. The efficiency of donor strain attachment to the biofilm was not affected by the presence of plasmids. The most invasive plasmid was pHH2-227, which based on genome sequence analysis is a hybrid between IncU-like and IncW plasmids. The wide range in transferability in an E . coli biofilm among plasmids needs to be taken into account in our fight against the spread of drug resistance..

In spite of the contribution of plasmids to the spread of antibiotic r.pdf

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In some goats, the presence of horns is produced by an autosomal gene that is dominant in males and recessive in females. A horned female is crossed with a hornless male. The F 1 offspring are intercrossed to produce the F2. What proportion of the F 2 females will have horns? A series of two-point crosses were carried out among 7 loci producing the following recombination frequencies. Map the 7 loci on their respective chromosome(s) and the distance between the loci of each group. 1In Drosophila (fruit flies), yellow body is due to an X inked gene that is recessive to the genes for gray body. A homozygous gray female is crossed with a yellow male. The F 1 are intercrossed to produce F 2 . Give the genotypes and phenotypes, along with the expected phenotypes of the F 1 and F 2 progeny..

In some goats- the presence of horns is produced by an autosomal gene.pdf

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In response to Covid, starting in early 2020, the U.S. government ______________ and the Federal Reserve______________. A. passed a series of large spending bills in an attempt to increase AD; drove interest rates to exceptionally low levels. B. attempted to shift the AD curve to the left; attempted to shift the AD curve to the right. C. responded as would be recommended by classical economics; pursued activist monetary policy. D. A and B are correct but not C..

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In prokaryotes some DNA molecules are in the form of Looped linear DNA Plasmids Episomes All of the above Question 15 (1 point) The histone molecules: Are part of nucleosome are associated only with the chromocenter in polytene nuclei. are negatively charged. All of the above The DNA in the chromosome of E . coli is: clustered near the centromere. associated with histones. Arranged in the form of nucleosomes organized into a set of looped domains. Question 17 (1 point) A virulent phage: is capable of only lytic growth. can only undergo a process called lysogeny. needs several different proteins to be incorporated into a bacterial chromosome. is capable of both lytic and lysogenic growth..

In prokaryotes some DNA molecules are in the form of Looped linear DNA.pdf

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In project management, the known steps are anticipated. known steps are not accounted for in advance. schedule excludes any form of "slack" to account for unforeseen difficulties. managers make it possible to have different interpretations of the phrase "on time." Question 7 1 pts is a project management tool that describes the temporal relationships of events or tasks and also shows projected and actual schedules. A PERT chart A Gantt chart A grading chart A tracking chart.

In project management- the known steps are anticipated- known steps ar.pdf

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In processing a prefix expression, which part of the process was recursive? Calculating the value of the prefix expression Determining the complexity of the prefix expression Checking the syntax of the prefix expression Finding the end of a prefix expression What can be done to an infix expression to make it easier to evaluate in a program? Nothing, they are always very complex to process Add all of the parenthesis making it a fully parenthesized infix expression Convert to prefix, then to postfix, then it can be easily evaluated Perform backtracking.

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In this assignment, you will work with graphs. Begin with the "useGraph.py" starter file. This file contains comment instructions that tell you where to add your code to do various tasks that use and manipulate graphs. Make sure you read the "Programming Activity 8 - Guidance" document. Make sure your output matches the "Programming Activity 8 - Expected Output" document. """ File: useGraph.py Author: Derrf Seitz This program exercises graphs. The following files must be in the same folder: abstractcollection.py graph.py """ # # Replace with your name. # Replace any "" comments with your own code statement(s) # to accomplish the specified task. # DO NOT CHANGE ANY OTHER CODE. from graph import LinkedDirectedGraph # Part 1: # Complete the following function: def topologicalSort(graph): <your code> # graph = LinkedDirectedGraph() # The graph represents the following course prerequisites: # A requires nothing # B requires nothing # C requires A # D requires A, B, and C # E requires C # F requires B and D # G requires E and F # H requires C, F, and G # Part 2: # Add the vertices: <your code> # Part 3: # Add the edges: <your code> # print("Graph:") print(graph) print() print("Courses:") # Part 4: # Display each vertex on a separate line: <your code> # print() print("Prerequisites:") # Part 5: # Display each edge on a separate line: <your code> # print() print("One possible order to take the courses:") # Part 6: # Display the courses in prerequisite (topological) order: <your code> # print() """ File: graph.py Author: Ken Lambert, copyright 2015, 2020 Used by permission. Adds the in, +, ==, and clone operations to support graph-specific behavior. """ from abstractcollection import AbstractCollection class LinkedEdge(object): # An edge has a source vertex, a destination vertex, # a weight, and a mark attribute. # Constructor def __init__(self, fromVertex, toVertex, weight = None): self.vertex1 = fromVertex self.vertex2 = toVertex self.weight = weight self.mark = False # Accessor methods def __eq__(self, other): """Two edges are equal if they connect the same vertices.""" if self is other: return True if type(self) != type(other): return False return self.vertex1 == other.vertex1 and \ self.vertex2 == other.vertex2 def __hash__(self): # Derrf Seitz 11/16/2020 """Hash method for an edge.""" return hash(self.vertex1.label + self.vertex2.label) def __str__(self): """Returns the string representation of the edge.""" return str(self.vertex1) + ">" + \ str(self.vertex2) + ":" + \ str(self.weight) def getFromVertex(self): # Derrf Seitz 12/17/2015 """Returns the edge's origin vertex.""" return self.vertex1 def getOtherVertex(self, thisVertex): """Returns the vertex opposite thisVertex.""" if thisVertex == None or thisVertex == self.vertex2: return self.vertex1 else: return self.vertex2 def getToVertex(self): """Returns the edge's destination vertex.""" return self.vertex2 def getWeight(self): """Returns the edge's weight.""" return self.weight def isMarked(s.

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In these unprecedented times with the country recovering from a pandemic, I know that those working the in the criminal justice system were facing challenges not previously experienced. Police had to deal with citizens directly. Probation/Parole Officers had to deal with offenders on supervision. Corrections Officers had to deal with prisoners. The court system had to function. So, do a little research and (1) find out what a specific police agency, (2) a specific probation/parole department, (3) a specific jail or prison and (4) a specific county court system was doing to manage all this during the Covid pandemic. This information should be available on the various websites. It has been also reported in the media. Respond in four specific paragraphs numbered 1 through 4. Identify the specific websites you used..

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