Use SIR model

1.Suppose a university has 10,000 computers on the campus, which are susceptible if confronted with a computer virus. The likelihood that a computer without the virus gets a virus when information is exchange is 0.01% per hour, and it takes 3 hours to recover the computer with anti-virus software. What is the size of S0?

2.Suppose a university has 10,000 computers on the campus, which aresusceptibleif confronted with a computer virus. The likelihood that a computer without the virus gets a virus when information is exchange is 0.01% per hour, and it takes 3 hours to recover the computer with anti-virus software.What is the value of?

3.Suppose a university has 10,000 computers on the campus, which aresusceptibleif confronted with a computer virus. The likelihood that a computer without the virus gets a virus when information is exchange is 0.01% per hour, and it takes 3 hours to recover the computer with anti-virus software.What is the value of ?

4.Suppose a university has 10,000 computers on the campus, which aresusceptibleif confronted with a computer virus. The likelihood that a computer without the virus gets a virus when information is exchange is 0.01% per hour, and it takes 3 hours to recover the computer with anti-virus software.What is the valueof R0?

5.Suppose a university has 10,000 computers on the campus, which aresusceptibleif confronted with a computer virus. The likelihood that a computer without the virus gets a virus when information is exchange is 0.01% per hour, and it takes 3 hours to recover the computer with anti-virus software.How many computers need to get the anti-virus software to make the virus not being endemic anymore?