Consider the population model for described by the ODE: Identify the correct equilibrium solutions and their stability (a) , stable; , unstable; , stable (b) None of these (c) , unstable; , stable; , unstable (d) , stable; , semistable; , unstable (e) , stable; , semistable; , unstable (f) , stable; , unstable; , stable (g) , stable; , unstable; , stable (h) , unstable; , semistable; , stable

Suppose there is a simple index of three stocks, stock abc, stock xyz, and stock qrs. stock abc opens on day 1 with 4000 shares at $3.15 per share. stock xyz opens on day 1 with 5000 shares at $4.30 per share. stock qrs opens on day 1 with 6000 shares at $4.60 per share. the price of stock abc on day 8 begins at $3.50. the price of stock xyz on day 8 begins at $3.90. stock qrs opens on day 8 with a price of $4.50 per share. assume that each stock has the same number of shares that it opened with on day 1. what is the rate of change of this simple index over 1 week?

Abig remake 100 loaves of bread in one day how many loaves does the bakery make in 6 days

Successful implementation of a new system is based on three independent modules. module 1 works properly with probability 0.96. for modules 2 and 3, these probabilities equal 0.95 and 0.90. compute the probability that at least one of these three modules fails to work properly.