6. Influenza Influenza Red Death Red Death (200 pop.) (900 pop.) (200 pop.) (900 pop.) Death Toll 1 26 6. 196 0.5% 2.9% 4.5% 21.8% Day 38 868 people Day Immunity Day 7 7 people Day 19 17 people Day 32 704 people reached its' highest Day ontagiousness 5 people vas its' highest Day 18 153 реople Day 9 26 people Day 13 723 people Day 4

The article "VWhy our flu vaccines can't keep up" mentions the concept of herd immunity. Look up what this is. Which of the following populations would be expected to exhibit herd immunity? O A population in which no one is vaccinated against the virus. O A population in which 25% of the people are vaccinated against the virus. O A population in which 50% of the people are vaccinated against the virus. O A population in which 90% of the people are vaccinated against the virus.

Offer an opinion of what is the most devastating human disease and give a reason for the choice?

Describe an opportunistic life history strategy.

Before vaccinations, which diseases had the highest and lowest mortality rates? What are these mortality rates?

Compare how the population size influenced the death toll, immunity, and contagiousness levels of influenza and the red death. In your response, you MUST USE ALL THE DATA( NUMBERS). I have to post this again because you disnt follow directions you were supposed to COMPARE THE NUMBERS IN THE DATA FOR EACH DISEASES. And you are supposed to use ALL THE NUMBERS.

Which is a method of transmitting pathogens from one host to another by carrying microorganisms inside the body and hosting their survival until transmission has occurred? Give to two disease- specific examples.

Which of the following imaginary pieces of information does not represent a proportion or a %?   a. 80 out of 100 residents of a city own a car   b. One-thirds of a class session will be utilized for group exercises   c. 70% of students in a university are undergraduates   d. For every 100 vaccinated kids in a city, there are at least five who are not vaccinated

In many viral diseases such as smallpox, and mumps, illness occurs shortly after exposure to the virus. In others such as, AIDS, the victim may not show any symptoms for many years. How would you explain the difference between the two situations>

Explain how different lifestyles can increase the chance of some type of disease. Why do these lifestyles increase the risk of disease? And what can be done to change this?