Question

The number of people with a disease within the community increases when Incidence rate < death...

The number of people with a disease within the community increases when

  1. Incidence rate < death rate + cure rate
  2. Incidence rate < prevalence rate < death rate + cure rate
  3. Prevalence rate = death rate + cure rate
  4. Incidence rate > death rate + cure rate

and explain please

Homework Answers

Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
If the incidence of disease A is lower than the incidence of disease B, but the...
If the incidence of disease A is lower than the incidence of disease B, but the prevalence of disease A is higher than the prevalence of disease B, which disease is the more lethal? Assume that the recovery or cure rate is similar between both diseases. (2 points) SHOW ALL WORK.
Q1. Explain the relationship between Prevalence and Incidence? ie. Prevalence = Incidence x Duration Q1b. If...
Q1. Explain the relationship between Prevalence and Incidence? ie. Prevalence = Incidence x Duration Q1b. If records showed that over the past thirty years the one year cumulative incidence of a disease was steady but the point prevalence appeared to be increasing, which of the following statements, would be the best explanation? a. The duration of disease is becoming shorter. b. The case-fatality rate of this disease is increasing. c. Treatment (but not cure) for the disease is improving d....
Indicate whether the following is an incidence proportion, incidence rate, prevalence. Incidence proportion/ Cumulative incidence Incidence...
Indicate whether the following is an incidence proportion, incidence rate, prevalence. Incidence proportion/ Cumulative incidence Incidence rate / incidence density Prevalence number of women in town of Framingham who reported having heart disease in recent health survey / estimated number of women residents of Framingham during same period       number of women in Framingham Study who have died through last year from heart disease / number of person-years contributed through last year by women initially enrolled in Framingham Study __...
1.Every year for the past 30 years, prevalence of Disease X increased while incidence of Disease...
1.Every year for the past 30 years, prevalence of Disease X increased while incidence of Disease X decreased. Which of the following could logically be true about Disease X? Group of answer choices a.The disease became more fatal with a higher case-fatality rate b.New treatments improved life expectancy for those living with the disease c.Prevention became more difficult leading to increased frequency of infection d.The average length of time between onset and death from the disease became shorter 2.Compared to...
True or False? The incidence rate of a disease is defined as the number of new...
True or False? The incidence rate of a disease is defined as the number of new cases of the disease over a time period divided by the total population (at risk) during the same time period times a multiplier (e.g. 100,000). True False
The number of new and old cases of a disease in a population in a given...
The number of new and old cases of a disease in a population in a given period of time, divided by the total number in that population is the: Incidence rate Attack rate Prevalence rate Crude rate
For questions below refer to the following table that reflects population statistics for a hypothetical community,...
For questions below refer to the following table that reflects population statistics for a hypothetical community, Jan 1 2014 to Dec 31, 2014. Show your work below. · Total population = 200,000 · · Number of live births = 3,500 · Total deaths = 1,400 · Number of infant deaths within the 1st year of life = 90 Number of deaths of persons aged 55 years and older = 850 Number of deaths from heart disease =  130 Number of deaths...
In 1960, investigator A took a simple random sample of 1,050 adults from an urban community...
In 1960, investigator A took a simple random sample of 1,050 adults from an urban community of 100,000 (.i.e. each adult had 1050/100,000 chance of being chosen for the sample). After examining the entire study population of 1050, she detected 50 cases of disease Q, a chronic disease for which there is no recovery or cure. In 1965 (5 years later), investigator A re-examined all of the survivors from her original study population and determined the cause of death in...
Let P(t) represent the number of people who have been infected by a disease t days...
Let P(t) represent the number of people who have been infected by a disease t days after it was first detected in a particular community. (a) Suppose P' (34) = 11. What does this tell us about the infections in this community? (b) Suppose that P' (58) = 0. Based on this information, do we know that the disease has reached its peak infection rate on day 58? Explain. (c) Suppose P'' (34) = 8. Based on this and on...
Suppose that t weeks after the start of an epidemic in a certain community, the number...
Suppose that t weeks after the start of an epidemic in a certain community, the number P(t) of people who have caught the disease is given by the logistic curve P(t) = 1500 5 + 295 e-0.9t (a) How many people had the disease when the epidemic began? (b) Approximately how many people in total will get the disease? (c) When was the disease spreading most rapidly? (d) How fast was the disease spreading at the peak of the epidemic?...