Triceratops genome to encourage faster reproduction. Due to her work, the intrinsic growth rate (r) increases from 0.27 to 0.33. Your investors are excited! Use the Excel model to project the growth of the Triceratops population over the next 10 years and compare the trajectory to Exercise #1. 1. What is the population size after 1 years? 2. What is the population size after 2 years? 3. What is the population size after 3 years? 4. What is the population size after 4 years?

Triceratops genome to encourage faster reproduction. Due to her work, the intrinsic growth rate (r) increases from 0.27 to 0.33. Your investors are excited! Use the Excel model to project the growth of the Triceratops population over the next 10 years and compare the trajectory to Exercise #1. 1. What is the population size after 1 years? 2. What is the population size after 2 years? 3. What is the population size after 3 years? 4. What is the population size after 4 years?

Case Studies In Health Information Management

3rd Edition

ISBN:9781337676908

Author:SCHNERING

Publisher:SCHNERING

Chapter6: Leadership

Section: Chapter Questions

Problem 6.42.1C

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Exercise #1 Currently the Triceratops population comprises 9 individuals. The population grows continuously with an intrinsic rate of growth (r) of 0.27 triceratops per year. Your investors are interested in how many Triceratops will be on the island each year for the next decade, since they can charge visitors more if they are likely to see a Triceratops. Use the Excel model to project the growth of the Triceratops population over the next 10 years for your investors. A. What is the population size after 1 year? B. What is the population size after 2 years? C. What is the population size after 3 years? D. What is the population size after 4 years? E. What is the population size after 5 years? F. What is the population size after 6 years? G. What is the population size after 7 years? H. What is the population size after 8 years? I. What is the population size after 9 years? J. What is the population size after 10 years?
Task 3 The German national team scored the following numbers of goals in 50 randomly selected international matches Number of goals per match 1 2 3 4 18 22 5 3 2 Number of matches with this result In the following, assume that the goal numbers collected come from a simple random sample of the population of all international matches of the German national team. come from. 1. Determine the 95% confidence interval for the expected value of the number of goals in all international matches. 2. The standard deviation of goals per match in the population of all international matches is now given as o = 1, 0. How large must the sample size be so that the 95% confidence interval for u is not wider than 0.5 goals?
Practice Problems: 1. You have been tasked to estimate the number of rattlesnakes using a series of hibernacula along a ridge in western Texas. To accomplish your assigned task, you capture 37 rattlesnakes and mark them with PIT tags. You return to the site one week later and resample the population by capturing 52 rattlesnakes. Of the 52, 30 are marked from your first sample. How many rattlesnakes are in the population? 2. Use the number calculated in the previous problem to populate the following table for the rattlesnake population estimate for 2018. Then use all values in the table to calculate lambda for each consecutive two-year period. Year Population Estimate 2017 70 2018 2019 75 2020 68 2021 82 Estimated lambda (^)
Question:- How do you predict that an increase in emigration will change the shape of this population's age structure? Use the simulation to test your prediction before committing to one of the four options. a.The overall size of the curve will increase in the same proportion at every age. b.The overall size of the curve will decrease in the same proportion at every age. c.The size of the curve will increase at every age, but with the greatest change at the older ages. d.The size of the curve will primarily in the range of ages from 20 to 40.
PLEASE HELP! Question: In Benicia High’s school garden the carrying capacity for blue belly lizards is 300. If the current population size is 280 and the rmax is calculated to be 0.42. How many lizards will be in the population after 1 year? (show work)
Problem: As part of your role as an epidemiologist at a large primary colony, you gather some vital statistics for rhesus monkeys, Macaca mulatta, kept at the colony during the year 1989. A census on January 1, 1989, showed a total population of 798 animals, of which 452 were under 6 years old and 346 were 6 years and older. On January 1, 1990, there were 802 animals, of which 320 were at least 6 years old, and 482 were under 6 years of age. During the year, 376 infants were born alive, there were 25 stillbirths, and 45 of the liveborn infants died during the first 4 weeks of life. There were 107 deaths from all causes in the colony (this includes infant deaths but not foetal deaths). Of these deaths 40 were in rhesus 6 years and older: (specifically, 6 from old age, 8 from cancer, 14 from accidents and 12 from all other causes). Define (in words and numbers) the following rates. Show numerators and denominators. It may not be possible to calculate all rates from the information…
Need help with 1 and 2 questions: 1.) Two different populations of commander butterfly were studied over a period of two years. The following results were obtained. Population size of commander butterflies Population| Original size| Final size 1 2436 2873 2 2185. 2649 Which of the following concepts would best compare the change in population size of the two populations? A.) Growth rate (gr ) B.) Biotic potential (r) C.) Density (Dp ) D.) Per capita growth rate (cgr ) 2.) When population density reaches the carrying capacity of the environment, the death rate in the population becomes A.) less than the birth rate B.) equal to the birth rate C.) more than the emigration rate D.) more than the immigration rate
Question 5 What element of PICO is missing from the following quantitative question: Do rehabilitation units result in long term increased quality of life compared to medical units? Question 5 options: Population Intervention Control Outcome
Survival (%) 100- 80- 60- 40- 20- 0-t T 2.1 ( T T T - 1.9 2 2.2 2.3 2.4 2.5 2.6 2.7 Log SVL (mm) Martin Wikelski and L. Michael Romero (Body size, performance and fitness in Galápagos marine iguanas, Integrative and Comparative Biology 43 [2003]:376-86) measured the snout-to-vent (anus) length of Galápagos marine iguanas and observed the percent survival of different-sized animals, all of the same age. The graph above shows the log snout-vent length (SVL, a measure of overall body size) plotted against the percent survival of these different size classes for males (dashed line) and females (solid line). Based on the figure above what type of selection for body size appears to be occurring in female marine iguanas? (A) balancing selection (B) disruptive selection C) stabilizing selection (D) directional selection (E) sexual selection
QUESTION 8 Describe: Environmental-Press (Ecological Model) and Selective Optimization with Compensation: how each theory can be used to explain what is needed for older adults to cope with (or adapt to) physical changes over time.
| Sites Performance Matters | OLA olamiami.performancematters.com/ola/ola.jsp?clientCode-fIMiamiDade# Biology Unit 4 Assessment 20 A group of ponies lives in Chincoteague National Wildlife Reserve in Virginia. What could cause the development of longer legs to be selected over time? O A cause might be the decrease of rate of reproduction of the long-legged ponies O A cause might be that it made the long-legged ponies run more slowly O A cause might be that it prohibited the long-legged ponies from using available food resources O A cause might be the increase of survival rate of the long-legged ponies 4:29 PM 民 3/11/2021 O Type here to search
1. Suppose that rabbits are the only prey and food supply of foxes, and that the predator-prey interaction follows Lotka-Volterra dynamics. The mortality rate of foxes in the absence of rabbits is 0.1 per week, and the intrinsic growth rate of rabbits in the absence of predation is 0.2 per week. The capture efficiency is 0.002, and the efficiency at which rabbit biomass is converted into fox biomass is 0.2. a. If there are 30 foxes in a population and 400 rabbits are present, the rate at which prey will be killed (consumption rate) is per week. b. If there are initially 30 foxes and 400 rabbits, the overall rate of change in the rabbit population will be: c. If there are initially 30 foxes and 400 rabbits, the net growth rate in the fox population will be: d. If the number of rabbits and foxes double, but the search efficiency stays the same, what will happen to the number of rabbits killed? Does it double, too?