In what cases has detention been found an effective and legally supportable way to prevent disease transmission?
Answer: When the disease is communicable and there is a great risk of transmission of disease to the community or other people associated with that particular person such as family etc.then detention becomes necessary for the patients. Diseases such as tuberculosis, HIV Aids, Ebola virus etc. Detention can be found effective in many ways to prevent disease transmission. When a diseased patient is confined to one of the particular area and interaction with the people becomes less then the chances of spreading of the disease becomes low.
In what cases has detention been found an effective and legally supportable way to prevent disease...
A new drug has been found to be effective in treating 50% of the people afflicted by a certain disease. If the drug is administered to 800 people who have this disease, what is the standard deviation of the number of people for whom the drug can be expected to be effective? 9. 10. Find the value of the probability of the standard normal variable Z corresponding to the shaded area under the standard normal curve. P(0.3 <Z1.85) 0.3 1.85
A new drug has been found to be effective in treating 80% of the people afflicted by a certain disease. If the drug is administered to 300 people who have this disease, what are the mean and the standard deviation of the number of people for whom the drug can be expected to be effective? (Round your standard deviation to two decimal places.) mean: _____ people standard: _______ deviation people
It has been found that 0.01% of the world population has a certain disease. If a person has the disease, there is a 95% chance they will test positive for the disease. If a person does not have the disease, there is a 5% chance they will test positive for the disease. (a) What is the probability that a person chosen at random will both have the disease and test positive? 0.000095 (or 9.5 x 10-5) (b) What is the...
1st attempt What would be the most effective way to prevent an opportunistic aspergillosis infection in an immunocompromised patient? * Choose one: A. provide drinking water free of Aspergillus spores B. cover skin lesions to prevent contact with Aspergillus spores C. treat the patient's skin with antifungal medications to remove resident Aspergillus spores D. filter air to remove Aspergillus spores 1/14 > СТ
A rare but serious disease, D, has been found in 0.01 percent of a certain population. A test has been developed that will be positive, p, for 98 percent of those who have the disease and be positive for 3 percent of those who do not have the disease. Find the probability that a person tested as positive does not have the disease.
What have you found to be the more effective way, for you, to learn the many roles and responsibilities of a PM – on the job experience, working with a mentor, or formal classroom study?
QUESTION 7 In a clinical study, volunteers are tested for a gene that has been found to increase the risk for a disease. The probability that a person carries the gene is 0.1. Ten people are tested what is the probability that 3 or more people are found to have the gene?a. Approx. 7.0296 b. Approx. 92.98% c. Approx. 98.72% d. None of the above QUESTION 8 In a clinical study, volunteers are tested for a gene that has been found to increase the risk for...
The number of cases of African flu has reached epidemic levels. The disease is known to have two strains with similar symptoms. Dr. Goedeker has two medicines available, the first is 79% effective against the first strain and 43% effective against the second. The second medicine is completely effective against the second strain but ineffective against the first. a. Determine the payoff matrix giving the effectiveness for the two medicines b. Decide which medicine she should use and the results...
Q2. What is the best way to control urban spraw? Which methods seem to have been the most effective? Q2. What is the best way to control urban spraw? Which methods seem to have been the most effective?
From a historical perspective, is “lock-down” quarantine the most effective way to prevent the spread of infectious diseases? (Yes because....) Suggested contents: What historical events could be considered (e.g. black death/plague, ebola, SARS)? What are the established quarantine measures? Should “lock-down” quarantine be implemented to control all infectious diseases? Should “lock-down” quarantine be implemented as early as possible? The benefits/advantages of “lock-down” quarantine outweigh its harm/disadvantages. Summary and conclusions