A bakery company is considering one capital budgeting project involving the replacement of a sophisticated brick oven, and another capital budgeting project involving research and development into synthetic food substitutes. Which of the following statements is most correct concerning the risk-adjusted discount rate(s) for the projects?

Answer a. The rate will likely be higher for the replacement project because the likelihood of success is higher.

b. The rate will likely be higher for the research and development project because of the uncertainty involved with research and development projects.

c. The rate should be the same for both projects because they are being considered by one company with the same common shareholders.

d. The rate should be higher for the replacement project because the company is more certain of the returns from a project similar to their existing business.

Question 10: Let X and Y be continuous random variables with f(a:,y) : cats\"My\"j U E a; 0. Indicate for each wave function whether the wave function is an acceptable or unacceptable wave function for an actual physical system. If the wave function is not acceptable, explain why. AAA : HY Figure 4.29 Four possible wave functions.3. Given the wave function (x,Q)=A(2-Abs[x]) for -2 and

using the position wave function. E) Find and

using the momentum wave function.Brief illustration 9A.1 Probability densities To calculate the probability density at the nucleus for an elec- tron with n=1, 1=0, and m,=0, we evaluate wat r=0: 3/2 1/2 W 1,0,0(0, 0,0)= RL,o(0) Yo,o (0,0)=2 Z do The probability density is therefore 4 1,0, 0 ( 0, 0, 0) 2 =_ Z 3 which evaluates to 2.15 x 10-6 pm 3 when Z=1. Evaluate the probability density at the nucleus of the electron for an electron with n=2, 1=0, m,=0. Answer: (Zla)3/8n