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This week, you will “shadow” the head of Resort Operations (RO) at a Travel Security meeting attended by the company’s

This week, you will “shadow” the head of Resort Operations (RO) at a Travel Security meeting attended by the company’s senior managers and executives. The focus of this meeting will be: Cybersecurity Issues for Business Travelers. The company is particularly concerned about potential identity theft and phishing attacks (including “spear phishing” and “whaling”) that could allow hackers to steal login credentials and other information. One of the outcomes of this meeting will be recommendations for improvements and/or changes to the company’s guidance to employees, managers, and executives regarding use of laptops, cell phones, and other mobile devices to access company email and databases while traveling.   Resort Operations is involved in this meeting since the majority of employees who travel on company business work for RO. The head of RO, R. Rose Padgett, has asked you to review the Read Ahead package (see below) and then prepare a position paper for her use during this meeting. Since she, like other executives, is very busy, she has asked you to limit this paper to no more than 2 pages and 5 key points. She has also asked that you list and cite the resources used so that she can have a senior staffer can fact check your work. (APA format citations are preferred.) Note: a “position” paper is used by staff to inform an executive and assist in preparations for meetings with other executives. The position paper should be written in the third person and usually has three parts:     (a) statement of the issue(s) — clear and concise     (b) the position to be taken on the issues (intentions, beliefs, attitudes)     (c) recommendations which restate key points and provide suggested resolutions or actions. Read Ahead Package The read ahead package for this meeting includes the following resources: 1. 2. 3. 4. You must start a thread before you can read and reply to other threads 
Chamberlain University Week 5 Clinical Decision Support Systems Discussion.

This week we learned about the potential benefits and drawbacks to clinical decision support systems (CDSSs). Create a “Pros” versus “Cons” table with a column for “Pro” and a separate column for “Con”. Include at least 3 items for each column. Next to each item, provide a brief rationale as to why you included it on the respective list.The primary goal of a CDSS is to leverage data and the scientific evidence to help guide appropriate decision making. CDSSs directly assist the clinician in making decisions about specific patients. For this discussion thread post, you are to assume your future role as an APN and create a clinical patient and scenario to illustrate an exemplary depiction of how a CDSS might influence your decision. This post is an opportunity for you to be innovative, so have fun!
Chamberlain University Week 5 Clinical Decision Support Systems Discussion

Imagine a role as important as choosing our leaders. America requires voters who are honest and have integrity to ensure the continuation of our democracy. During the 2004 Washington State governor’s race, Christine Gregorie defeated incumbent Governor Dino Rossi by only one hundred and twenty-nine votes. Allegations of voter fraud poured in during the weeks after the election. The investigation discovered over 1,400 cases of felon voting, over fifty votes from dead individuals, and two votes from illegal immigrants. Fraud is a truly un-American concept and should be discouraged. Since voter fraud threatens the integrity of America’s election system, voter identification laws and DREs can easily solve voter fraud. Research suggests voter fraud does occur throughout the nation; most of the time voter fraud is intentional manipulation. In reality, voter fraud is a deliberate act of deception that can change the outcome of an election (Rokita et al. 1 par 2). Possibilities of voter fraud changing the outcome of elections has grown in the past few elections, which have been decided by only thousands of votes. In the 2000 Presidential election, for example, voter fraud in Florida was closely under investigation. An article in New York Daily News found that around 46,000 New Yorkers were registered to vote in both New York and Florida. In the dead-heat race, President Bush won Florida by a little over five hundred votes (Von Spakovsky 2 par 12). Given the fact that combined Florida and New York have fifty-eight Electoral College votes, it is imperative that each voter cast a single vote. Throughout history, the methods that Americans use to cast their ballots have led to inadvertent fraud. The way Americans vote is extremely important to America’s free and fair elections (Conrad 13). For instance, punch-card ballots were the standard during the 2000 Presidential election. Punch card ballots have the edge over oral voting by being paper because they leave a traceable paper trail. However, paper ballots allow for intentional voter fraud by the ballots being hidden or even destroyed. The punch card ballots have another weakness as well: they cannot be corrected if a mistake is committed, and if a single chad does not detach cleanly, the vote might not be counted. Should votes be thrown out just because equipment does not make a clean cut? America does not need a president who reached the Oval Office because of faulty machines. As a result of the massive headache caused by punch card ballots, the United States government looked for newer methods of voting. Optical scanners were supposed to be the replacement for punch cards. The optical scanning systems are reliable and quickly tally the results; all voters are required to do is bubble in a circle or complete an arrow. Unfortunately, optical scanning still has drawbacks. The pencil marks can be erased and changed, and the ballot can still be hidden or destroyed. During the last decade, the methods of voting have changed drastically, going from a punch card ballot to optical scanning systems; as a result, America’s elections have become more reliable. Most of the time, however, the machines are not at fault; voters are. Politics is regarded as one of the earliest professions; fraud has played a role in every civilization, from ancient Greece and Egypt to modern America. Throughout centuries, different types of voting fraud have been invented. In America, four main types of voter fraud exist: double voting, dead voting, non-citizen voting, and impersonation. Just how prevalent are these types of voter fraud? Although voter fraud does not occur in all of America’s elections, it is clear from reports and even trials that America’s government needs to take actions to secure America’s elections (Von Spakovsky 2 par 14). Americans are usually unaware of the impact that fraud can create in elections throughout the nation in a variety of ways. Double voting is exactly as the name implies: a single person voting twice. Numerous examples can be spotted just in recent elections. For example, a woman tried to vote in Indiana but was stopped when she presented a Florida driver’s license. Investigators soon discovered that she was a resident of Florida. The lady had already cast a ballot in Florida and then traveled to Indiana to cast another ballot (Von Spakovsky 2 par 11). Individuals such as this lady are threating the continuation of America’s fair elections just to increase a candidate’s chance of winning. Double voting should never be morally acceptable and must be discouraged. Even more surprising than double voters, dead voters have risen from the dead in order to vote. The passage of the National Voter Registration Act (NVRA) created many loopholes that allowed thousands of dead voters to vote for over a decade (Talley 1 par 8). In a Memphis precinct, an election was won by only thirteen votes. However, reporters found that the names of dead individuals were used to cast ballots (“Dead Voter” 1 par 1). In another instance, detectives discovered that almost 12,000 dead individuals in Missouri were listed as eligible voters for the 2004 election. In some cases, ballots were cast by some of these individuals (“Dead Voter” 1 par 3). When New York compiled a list of its voters, the state found almost 77,000 dead voters who were still on its voting list. Further investigation revealed that almost three thousand of these dead voters have voted after they passed away (Ferro 1 par 3). In the 21st Century, given the advancement of American resources, election officials are capable of checking the “life status” of individual voters. Why would Congress intentionally leave an avenue for voter fraud open for such a long period? The next category of voter fraud is quite worrying. Imagine that an immigrant cast the last ballot that determines America’s next President, simply because the candidate promised to deliver programs to help illegal immigrants. Given the increasingly high rate of illegal immigration, non-citizen voting is a major concern. An incidence of non-citizen voting occurred in 1996. A United States House of Representatives race was in peril of being thrown out because of non-citizen involvement. In the California election, Loretta Sanchez defeated U.S. Representative Bob Dornan by approximately 1000 votes. When the House of Representatives investigated, the House found “clear and convincing” evidence that non-citizen voting could have changed the outcome of the election. According to the information uncovered from the House investigation, over six hundred votes were from non-citizens. Evidence was found that another two hundred more non-citizens could have voted (Von Spakovsky 2 par 13). According to the Declaration of Independence, only American citizens have the right and privilege to cast a ballot. Non-citizens should not be able to change the flow and power of government, when, for the most part, the non-citizens are illegal. Unfortunately, Americans are the number one committers of voter fraud in the United States, by simply, but intentionally, pretending to be someone else in order to cast a vote for that person. This unpatriotic act of voter impersonation comprises a large percentage of fraud claims in the United States but is also the most preventable type of fraud. In 2007, during a city-council election, a former zoning president realized that a group of men had been given numerous index cards by two individuals who had previously voted. When one of the men tried to vote in the city-council election, the zoning president noticed that one of the men who were given an index card was trying to vote in the name of another person who had moved from the area. The zoning president confronted that man, and when police arrived, the guy admitted that he was paid $10 to vote for another individual (Von Spakovsky 2 par 7). Regrettably, many people are able to get away with voter impersonation thanks to large voter communities across the nation. Americans are taught that everyone is entitled to a single vote; however, in today’s elections, some have hundreds of votes. In a nation as intuitive and adaptive as America, the country should be able to find a solution to voter fraud. Voter identification can deter numerous types of fraud, such as impersonation, double voting, and illegal voting (Talley 2 par 10). Although controversial, this solution would lower the amount of fraud currently in America’s elections. According to Pelahatchie, Mississippi, Mayor and state Senator candidate Knox Ross, voter fraud is a problem that should not exist, and voter identification laws are the only way to put an end to the fraud. Across the United States, more than seventy-five percent of Americans support such a requirement (Von Spakovsky 1 par 2). According to, voter identification can be defined as a card that is mailed from a state Circuit Clerk’s office that has information about an individual, such as his or her name, birth date, and address, as well as the most recent verified photograph of the individual. Most voters already have voter identification with their driver’s license, and would not be required to show another form of identification. For voter fraud to be so complex a political game, voter identification is a truly common sense solution. Promoters of voter identification claim that the laws can bring a more secure election. Mayor Ross deems that in larger communities, voter identification can reduce the amount of fraud by up to ninety percent as well as increase voter participation (Ross). Most people are willing to exercise their voting privilege as long as voters consider the elections to be fair and open. Studies conducted by the Heritage Foundation, as well as the Universities of Missouri, Delaware, and Nebraska-Lincoln, show that voter identification laws have no effect on voter turnout (Von Spakovsky 4 par 18). In fact, the Census Bureau has confirmed that numerous surveys conclude that more than a ten percent increase in African-American voting occurred after the state of Georgia passed its voter identification law. By comparison, African-American participation in Mississippi, a state that did not have a voter identification requirement at the time, saw only a two percent increase (Von Spakovsky 3 par 16). Even more shockingly, Georgia’s Secretary of State stated that Georgia had a more than twenty percent growth in voter turnout in minority voters in the 2010 mid-term elections than the state saw in the 2006 mid-terms (Von Spakovsky 3 par 17). Voters who believe that their votes count are clearly more likely to vote in America’s elections. Unfortunately, many groups sued over voter identification laws in the states of Georgia and Indiana, claiming that voter identification laws depress minority voters and prevent those voters from participating in America’s democracy. In 2008, the Supreme Court, in a 6-3 decision, cleared the way for states to draft legislations of voter identification when the Court ruled that Indiana had the right to require its voters to show identification in order to vote because of numerous examples of voter fraud in America’s history (Von Spakovsky 1 par 4). Since that time, over thirty states have drafted and passed voter identification laws in order to combat voter fraud. The Civil Rights Act requires that some states, particularly the states that enacted Jim Crow laws, clear any changes to their voting practices with the Department of Justice before the changes can take place. During the course of the last four years, the Obama administration has taken measures to prevent states from implementing voter identification requirements and has even sued states that enacted such requirements (Von Spakovsky 8 par 16-18). Why would the Administration take steps to prevent laws that are proven to deter voter fraud? The Obama Administration considers that voter identification requirements disenfranchise voters. If voter identification does disenfranchise voters, are everyday people disenfranchised their entire life? For many items, an identification card is required to purchase. Items such as alcohol and medicines require a valid photo identification card. In order to be allowed into ACT testing sites, test takers must present a photo identification card. In order to vote, individuals must meet minimal requirements, set by state and federal authorities (DeLaney 314). United States law states that voters must be a citizen of the United States before the individual can vote. Mississippi law requires that voters are residents of Mississippi for thirty days. As in any state, voters must be a minimum of eighteen years old and cannot be a felon or have been ruled by a court as being mentally ill (DeLaney 321-322). Voter identification laws, in place with registration requirements, could deal a crippling blow to illegal voters. To secure America’s elections, voter identification requirements are an intelligent idea, which would create minimal changes to the system. Voter identification, paired with the method that Americans vote could greatly reduce the amount of fraud in America’s election. DREs or direct recording electronic voting machines are the method that Americans use to vote today. DREs are easy to use, can be programed in many languages, and, most importantly, ask voters to confirm their vote. DREs can print out a voting “receipt” if necessary. DREs are not without flaws; as with any technology, DREs are vulnerable to computer viruses, as well as hardware and software failures (Conrad 14-15). DREs are quite useful machines, if interlocked in a network. Hinds, Rankin, and Madison counties in the state of Mississippi have a special network that integrates the DREs. When an individual tries to commit voter fraud, computers will pop up an alert in all three counties. When the alert pops up, computers automatically remove the individual’s vote from the system. When an individual is found to be guilty of voter fraud, authorities move in and arrest the suspect (Ross). Integration is a great advantage of DREs and has stopped numerous double-voting schemes in the tri-county area. The advancement of technology and voter identification laws in the United States will determine whether or not voter fraud will continue to be in the future. Over the eons, voting fraud has caused the fall of leaders and the rise of totalitarian regimes. In the United States, voter fraud has changed the leaders who decide America’s future, from President to Representative. Voter fraud threatens the integrity of America’s elections; however, voter identification and DREs hold the key to the solutions that America requires.

FNP ST Thomas University Module 3 Teenage Sexual Activities Case Study

FNP ST Thomas University Module 3 Teenage Sexual Activities Case Study.

After studying Module 3: Lecture Materials & Resources, discuss the following:A father of a 17-year-old wants to know whether his child is sexually active.What will you tell him?What if the child is 14 years old?What if the child is 11 years old?What is your state law regarding parental notification?Submission Instructions:Your initial post should be at least 500 words, formatted and cited in current APA style with support from at least 2 academic sources. Your initial post is worth 8 points.You should respond to at least two of your peers by extending, refuting/correcting, or adding additional nuance to their posts. Your reply posts are worth 2 points (1 point per response.) All replies must be constructive and use literature where possible.Grading Rubric Your assignment will be graded according to the grading rubric.Discussion RubricCriteriaRatingsPointsIdentification of Main Issues, Problems, and Concepts5 pointsDistinguishedIdentify and demonstrate a sophisticated understanding of the issues, problems, and concepts.4 pointsExcellentIdentifies and demonstrate an accomplished understanding of most of issues, problems, and concepts.2 pointsFairIdentifies and demonstrate an acceptable understanding of most of issues, problems, and concepts.1 pointsPoorIdentifies and demonstrate an unacceptable understanding of most of issues, problems, and concepts.5 pointsUse of Citations, Writing Mechanics and APA Formatting Guidelines3 pointsDistinguishedEffectively uses the literature and other resources to inform their work. Exceptional use of citations and extended referencing. High level of APA precision and free of grammar and spelling errors.2 pointsExcellentEffectively uses the literature and other resources to inform their work. Moderate use of citations and extended referencing. Moderate level of APA precision and free of grammar and spelling errors.1 pointFairIneffectively uses the literature and other resources to inform their work. Moderate use of citations and extended referencing. APA style and writing mechanics need more precision and attention to detail.0 pointPoorIneffectively uses the literature and other resources to inform their work. An unacceptable use of citations and extended referencing. APA style and writing mechanics need serious attention.3 pointsResponse to Posts of Peers2 pointsDistinguishedStudent constructively responded to two other posts and either extended, expanded or provided a rebuttal to each.1 pointsFairStudent constructively responded to one other post and either extended, expanded or provided a rebuttal.0 pointPoorStudent provided no response to a peer’s post. 2 points
FNP ST Thomas University Module 3 Teenage Sexual Activities Case Study

The Future for Clinical Immunology

cheap assignment writing service The Future for Clinical Immunology. The last ten years has seen a tremendous increase in our understanding of the molecular basis of different disorders. Clinical immunology is a specialism which is currently developing in different ways, some of which are highlighted here. This discipline has a responsibility to provide a complete array of analytical measurements for the diagnosis and treatment of patients with dysfunction of the cellular and humoral immune system. Immunologists are working towards novel approaches to therapy in clinical immunology and the future is promising. The driver is to find less invasive means of diagnosis and treatment for life-threatening disorders and to improve patient morbidity and mortality. Early diagnosis of cancer According to epidemiological studies pancreatic cancer is the fourth leading cause of cancer-related death and the tenth most commonly diagnosed cancer in the United States. Exocrine tumors are the most frequent type of pancreatic cancer where pancreatic ductal adenocarcinoma (PDAC) accounts for 80 percent of malignant tumors of the pancreas. Most patients with pancreatic cancer present with advanced stage disease because patients with early-stage pancreatic cancer frequently do not have symptoms. Distribution of this tumor to distant sites in early stages with lack of effective markers for initial diagnosis and ineffective treatments for later stages of this tumor result in a poor prognosis for patients with pancreatic cancer. Within five years, prognosis for this disorder could be improved by discovering a way to detect microRNA biomarkers in blood for an early diagnosis of this disorder which will result in increased survival rate of patients. Treatment of Cancer About 50 percent of human malignancies are known to be due to mutations in the TP53 gene leading to alterations in p53 protein which makes the latter a potential target for cancer immunotherapy. It has already been found that adoptive transfer with p53-specific CD4 T-helper and cytotoxic T – lymphocytes (CTL) eliminate p53 over-expressing tumors in mice. p53 is immunogenic as antibodies and specific CTLs can be detected in cancer patients. Based on this, clinical trials were initiated to review the clinical and immunological response of p53-vaccines for immunotherapeutic treatment of cancer patients. Different vaccination strategies varying from dendritic cells, short- and long- peptide fragments and viral vectors have been used. The results from initial clinical trials were disappointing. There is a need to improve the immunogenicity of the above potentiators by enhancing the robustness of the induced effector T-cell responses or by simultaneously targeting additional tumor antigens. It is highly likely that in future the addition of multiple antigens to p53-vacinne will make it applicable in many cancer patients. Disease markers in Breath Human breath contains over 200 different volatile organic compounds (VOCs). Some diseases, including cancer, are associated with an increase in oxidative stress which generates a specific pattern of VOCs in the breath, known as the breath methylated alkane contour (BMAC). Changes in the BMAC are unique to different diseases allowing the potential identification of disease via the breath. Menssana Research has developed a BreathLink testing system for early diagnosis of breast cancer from the collection and analysis of VOCs. Together with gene profiling this could help detect otherwise asymptotic tumors. Cell-free Circulating DNA Cell-free circulating DNA (cf-DNA) has been reported as a biomarker in acute cardiovascular pathologies and as a mortality predictor in myocardial infarction. Jylhava et al. (2014) investigated whether the baseline cf-DNA concentration could indicate increased levels of early atherosclerosis and cardiovascular risk. The study population consisted of 1337 participants (aged 46–77 years) in the Health 2000 Survey. cf-DNA was quantified directly in plasma using the fluorescence-based Quant-iT™ high-sensitivity DNA assay kit. Increased cf-DNA levels paralleled a group of cardiometabolic risk factors, such as high blood pressure, unfavorable lipid metabolism profile and systemic inflammation in both sexes. In addition, higher cf-DNA levels indicated decreased arterial elasticity and glucose intolerance in women not using hormonal replacement therapy (HRT). The cf-DNA level was also observed to be an independent determinant for Young’s elastic modulus but not for carotid artery compliance or beta stiffness index in the women not using HRT. Hence, it was concluded that cf-DNA could serve as an auxiliary biomarker in cardiometabolic risk assessment and as an indicator of arterial stiffness in women not using HRT. Brain Tumour Markers Glioblastoma (GBM) is the most common malignant primary brain tumor. Present treatment options for this tumor include chemotherapy, radiation and surgical resection. Its clinical outcome is poor due to its existence in the body which makes it difficult in imaging. Magnetic resonance imaging is generally utilized to follow patients for tumor recurrence but it is challenging for a neurologist to distinguish between tumor regrowth and treatment effect. Therefore, clinical decisions frequently require a tissue diagnosis by means of surgical biopsy. A major disadvantage of biopsies is that they give an inaccurate picture of the presence of tumor due to inherent heterogeneity. The complex pathophysiology of brain tumors joined with a requirement for improved markers of prognosis and therapy response emphasize the necessity for clinically useful biomarkers that would exactly reveal the complete tumor. Recently published research (2012) has revealed a microarray-based technology called ‘immunosignaturing’. By using this technology the type of disease could be established, normally before symptoms were manifest, by capturing the dynamics of circulating antibodies. Antibodies are good biomarkers because of their abundance, high affinity and specificity to their complementary antigen (epitopes), and they have high stability in serum. The benefit to the technique that Stafford employed is that it is inexpensive, simple, and highly sensitive to alterations in the antibody repertoire. Immune surveillance happens constantly and is fairly sensitive to changes in circulating proteins, for example, the introduction of cancer-specific chimeras such as BCR-ABL.From previous findings it is known that cancer cells elicit a detectable humoral immune response. According to Stafford et al, 2012., the precise antigens that may elicit an immune response in gliomas is not known therefore Stafford et al produced a single-use microarray which consisted 10,000 diverse random peptides in order to determine the pattern of antibody binding instead of examining single antibodies to a cancer antigen. These microarrays provide information about partial binding therefore by changing the length of time that an antibody is given to interact with these random peptides. A great deal of kinetic and thermodynamic information can be obtained. That is how Stafford et al. 2012 classified blinded glioma patient samples into precise groups that matched the tumor pathology and a molecular biomarker, MGMT promoter methylation. In the future this technique could be utilized to differentiate treatment efficacy and tumor recurrence. Dengue Virus and Immuno-Inflammatory Pathologies According to an epidemiological study by the World Health Organization about 50 million people get infected by dengue virus and around 2.5 million people are at risk. Severe dengue fever can manifest as dengue hemorrhagic fever (DHF) or dengue shock syndrome (DSS) with complex complications. There are three known immune components that interact with each other to produce DHF/DSS. This virus first contaminates immature dendritic cells via the mediation of dendritic cell specific intercellular adhesion molecule-3 (ICAM-3) binding to non-integrins which result in production of cytokines and metalloproteases.This, in turn, leads to activation of T-cells which result in activation of effector cells and leakage from blood vessels.Antibody enhancement is facilitated by Fc receptors that are found on the cell surface membrane of mature dendritic cells. Antibodies effect the replication of dengue virus – antibodies to viral epitopes cross react with a cell protein which results in production of cytokines and anaphylatoxins due to activation of CD8 effector cells.Anaphylatoxins are generated in two ways – through viral proteins or by forming an antibody-complement complex. The anaphylatoxins result in the altered activity of T-cells and hence to the pathogenesis of dengue virus fever. There are very few constituents of the immune system that are unaffected by viruses. There are many unanswered questions on the spread of viruses. Such research will not only impact on the hemorrhagic viruses, but HIV, and the masters of disguise, the influenza viruses. Gene Therapy There will be further substantial advances in gene therapy. Not only will new genes be identified, but new techniques to modify or ablate their expression will be identified. These will target all levels of the genomic translation cascade, from DNA to protein. Genomics and proteomics will interface here. The greatest potential will arise from the identification of genes that either cause disease or lead to a susceptibility to disease. The expression of such genes is already achievable in experimental animals, and it is only a matter of time before this technology can be introduced into humans. For example, gene therapy has been effectively utilized to express chimerical antigen receptors (CARs) which give T cells their ability to identify tumor-associated antigens without the necessity for presentation by the MHC complex. Recent research by Singh, et al, 2013 made an attempt to modify the sleeping beauty (SB) gene system to lower manufacturing costs linked with transducing T-cells with recombinant viral vectors. [1517 words]. The Future for Clinical Immunology

WACC and EnV:EBITDA Ratio Calculations

WACC and EnV:EBITDA Ratio Calculations.

FIN 522 Financial Administration Assignment #3 Fall 2017 WACC and EnV:EBITDA Ratio Calculations WACC (Weighted-Average Cost of Capital) and EnV:EBITDA ratio (the firm’s Enterprise Value divided by its EBITDA value (Earnings Before Interest Taxes, Depreciation, and Amortization)). You must complete this assignment. All assignments may be completed individually or by working with ONE other person (see Assignment Write-up Guide for details). Assignment #3 Details: • Choose three (3) publicly-traded companies in the same industry. (Do not pick Apple as they are in several industries). I can be any industry—automobile, energy, hotel, etc. • Calculate the WACC for each firm • Calculate the EnV:EBITDA ratio for each firm • What is your interpretation of the data you generated? What conclusions (if any) can you make? Help: Use the CAPM model to calculate the cost of Capital: Use the 10-year treasury rate as the risk-free rate (1.84%) and use 6% as the market premium Cost of Equity = 1.84% + beta*(6%) We will use a CAPM-like method to calculate the cost of debt for each company: Cost of debt = risk-free rate + (corporate bond premium)*beta Cost of debt = 1.84% + (2.76%-1.84%)* beta = 1.84% + beta*0.92% For the industry tax rate, use the value from the closest industry listed in the WACC by Industry table in the Excel workbook “06_Fin522_WACC_to_EnV” (in the “lecture slide” folder) You can use the EnV:EBITDA Excel template provided — both WACC and EnV:EBITDA calculations are on separate tabs in the “06_Fin522_WACC_to_EnV” excel file in the lecture slide folder.
WACC and EnV:EBITDA Ratio Calculations

The red alga Polyides rotundus what percentage of the bases in this DNA were thymine residues, biology homework help

The red alga Polyides rotundus what percentage of the bases in this DNA were thymine residues, biology homework help.

red alga Polyides rotundus stores its
genetic information in double-stranded DNA. When DNA was extracted from P. rotundus cells and analyzed, 32
percent of the bases were found to be guanine residues. From this information,
can you determine what percentage of the bases in this DNA were thymine
residues? If so, what percentage? If not, why not?

The red alga Polyides rotundus what percentage of the bases in this DNA were thymine residues, biology homework help