lattices A Silicon Valley start-up company faces an opportunity to invest in an R&D project that will revolutionize the way consumers use telephones, internet and TV. Suppose a project has two phases, where the first phase (R&D) has a one-year expiration that costs $50 million. The second phase (testing and product development) last three years and requires $70 million. Due to fast-changing technology in TV market, the volatility of the project return can vary in each phase
Please use tables and provide the binomial lattices
A Silicon Valley start-up company faces an opportunity to invest in an R&D project that will revolutionize the way consumers use telephones, internet and TV. Suppose a project has two phases, where the first phase (R&D) has a one-year expiration that costs $50 million. The second phase (testing and product development) last three years and requires $70 million. Due to fast-changing technology in TV market, the volatility of the project return can vary in each phase of investment - 20% during the first phase and 30% during the second phase. The risk- free rate for the next five years is 6%. If the product is available today, the value of the project would be $100 million.
(a) Determine the underlying asset lattice (how the project value changes over time).
(b) Determine the value of this compound option.
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