Question

In a town, the population gets infected with a deadly virus that doubles every 3 days....

In a town, the population gets infected with a deadly virus that doubles every 3 days. If initially, on March 1st, 2016, only 10 people were infected. What was the total number of people infected by the end of the month of March?

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
11. Virus: In a city with a population of 10,000, 100 are infected with a novel...
11. Virus: In a city with a population of 10,000, 100 are infected with a novel virus; the other 9,900 are not. The government has moved quickly to develop a test that is meant to detect whether the virus is present, but it is not perfect: If a person genuinely has the virus, it is able to properly detect its presence 96% of the time. If a person genuinely does not have the virus, the test will mistakenly conclude its...
When a person becomes infected by a rare virus, the probability of recovery from the infection...
When a person becomes infected by a rare virus, the probability of recovery from the infection is 20%. Suppose 10 people are known to be infected by the virus. What is the probability that a) 3 people fail to recover? b) at least 4 people fail to recover? c) at most 5 recover? d) The mean and variance of the number of people who fail to recover are _____ and ______, respectively.
3. The flu virus infects 1 in every 250 people. The test used to detect the...
3. The flu virus infects 1 in every 250 people. The test used to detect the flu shows a positive result 70% of the time when the person actually has the flu and shows a positive result 15% of the time when a person does not have the flu. Event A will be a “person who is infected”. Event B will be a “person who tests positive.” Hint: Use a tree diagram. (a) Given that a person tests positive, what...
COVID-19 is modeled by the function where  represents the number of people infected on a cruise after...
COVID-19 is modeled by the function where  represents the number of people infected on a cruise after hours. You measure the infected population for the first 3 hours. Initially, how many people are infected? (Round to the nearest person) a)0 b)1 c)8 d)18 where  represents the number of people infected on a cruise after hours. You measure the infected population for the first 3 hours. At what hour are the most number of people infected and how many people are infected at...
An epidemiologist is investigating two suspected risk factors for a deadly disease (“wasting disease”). One of...
An epidemiologist is investigating two suspected risk factors for a deadly disease (“wasting disease”). One of the potential risk factors is infection by virus A, while the other potential risk factor is having a mutation in a gene on chromosome 10. 6,500 participants were selected for the 2 year study. Of those participants, 500 were infected by virus A but did not have the genetic mutation, 750 had the mutation but did not have the virus, and 400 had both...
The average American gets a haircut every 44 days. Is the average different for college students?...
The average American gets a haircut every 44 days. Is the average different for college students? The data below shows the results of a survey of 14 college students asking them how many days elapse between haircuts. Assume that the distribution of the population is normal. 34, 34, 48, 47, 33, 36, 33, 47, 33, 50, 33, 41, 39, 31 What can be concluded at the the α = 0.01 level of significance level of significance? For this study, we...
Lynn Carter is paid $8000 every 30 days. Her salary is deposited initially in her bank....
Lynn Carter is paid $8000 every 30 days. Her salary is deposited initially in her bank. She spends all her money at a constant rate over the 30 days and must pay cash. She can 1) withdraw all of the money at once; 2) withdraw half at once and the rest after 15 days; 3) withdraw one-third at once, one-third after 10 days, and one-third at 20 days; 4) make any number of evenly spaced withdrawals. Each withdrawal costs her...
Lynn Carter is paid $8000 every 30 days. Her salary is deposited initially in her bank....
Lynn Carter is paid $8000 every 30 days. Her salary is deposited initially in her bank. She spends all her money at a constant rate over the 30 days and must pay cash. She can 1) withdraw all of the money at once; 2) withdraw half at once and the rest after 15 days; 3) withdraw one-third at once, one-third after 10 days, and one-third at 20 days; 4) make any number of evenly spaced withdrawals. Each withdrawal costs her...
Lynn Carter is paid $8000 every 30 days. Her salary is deposited initially in her bank....
Lynn Carter is paid $8000 every 30 days. Her salary is deposited initially in her bank. She spends all her money at a constant rate over the 30 days and must pay cash. She can 1) withdraw all of the money at once; 2) withdraw half at once and the rest after 15 days; 3) withdraw one-third at once, one-third after 10 days, and one-third at 20 days; 4) make any number of evenly spaced withdrawals. Each withdrawal costs her...
Lynn Carter is paid $8000 every 30 days. Her salary is deposited initially in her bank....
Lynn Carter is paid $8000 every 30 days. Her salary is deposited initially in her bank. She spends all her money at a constant rate over the 30 days and must pay cash. She can 1) withdraw all of the money at once; 2) withdraw half at once and the rest after 15 days; 3) withdraw one-third at once, one-third after 10 days, and one-third at 20 days; 4) make any number of evenly spaced withdrawals. Each withdrawal costs her...
ADVERTISEMENT
Need Online Homework Help?

Get Answers For Free
Most questions answered within 1 hours.

Ask a Question
ADVERTISEMENT