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Three things you think...

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Three things you are puzzled about....

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Three ways to Explore this topic...

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1.) I think that the show was wrong about the spanish flu being the worst disaster within the century because WW2 and WW1 combined had a total death count of up to 112 million deaths but the movie said the spanish flu had 100 million deaths.
2.) I think that pandemic info is inaccurate because it's impossible to track 7 billion people at once and also track who every individual met
3.) I think the app they use isn't a reliable way to tell how a virus will spread.

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1.)We could explore the topic by studying how the virus spread.
2.)We could explore this topic by studying where the virus come from.
3.) Get sick and see how many people you can infect.

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how many types of sickness were there

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1.)What made the Spanish Flu so deadly?
2.) How the disease infected so many people?
3.) Why isn't the spanish flu still a problem?

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how was the flu cured

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How did they dispose the bodies ?

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what were the components of this flu

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How to cure the flu?

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what were the causes of the sickness

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how strong is this virus

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How was the flu cured

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How was the flu created?

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will these equations still be used years from now ?

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I think that infectious diseases couldn’t exist in small communities.  Therefore they have to be relatively new in terms of evolution.  Infectious diseases must be about as old as our first cities.

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Is a percentage of the "spanish flu" hidden away for research

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will these types of cures/ solutions be solved in the future

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I’m wondering how they got 10,000 people to download  the same app.

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How could we simulate this in our school? In other words, how could we track people’s contact to trace an infection at Hudson.

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how did the spanish flu become a disease/problem

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what was the app for and how is it gonna help people

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I think the infection rate will be influenced by the idea that she (the host) wants to infect people.

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Do diseases have an “incubation period” as an adaptation that increases their likelihood of spreading?  If so, how could we design an experiment to support that?

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What type of “math” are they using?  How could We found out more about what type of calculations that are being performed by these models?

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Antigenic drift means we have some immunity to a virus, like a flu; but the more different a viral coat, the less likely our body is to respond to it.  Antigenic shift, usually a form of zoonosis, can be harmful to human populations.

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There have been birds/pigs around humans for thousands of years.  What about modern conditions make it more likely that a bird flu or swine flu will “cross” the species barrier and affect humans than in recent decades/centuries?

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Why don't we just get rid of the birds?

Why did they choose Haslemere for the study?

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Only people with the app are “at risk” of getting the diseased.  This makes me think about people who do not vaccinated, and how many more people are “at risk”.  Only one infected person can spread a disease if there are a large number of people who are “at risk” of exposure.

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I wonder if we could still get this app?