30. What is the American put price at node (3,0): (a) 11.62; (b) 14.64; (c) 16.30; (d) 14.23; IV. Black-Scholes Compute the Black-Scholes option pricing formula where to determine the value of a European call on a non-dividend paying stock 4 months from expiration with spot price 75, strike price 70, volatility of 15%, a risk free rate of 3% 31. What is the value of di: (a) 0.122; (b) 0.273; (c) 0.955; (d) 1.202; 32. What is the value of d2: (a) 0.869; (b) 0.562; (c) 0.433; (d) 0.128 33. What is N(di): (a) 0.830; (b) 0.23; (c) 0.78; (d) 0.95; 31. What is N(d2): (a) 0.012; (b) 0.453; (c) 0.349; (d) 0.808; 35. What is the value of the entire first term SN(di): (a) 62.278; (b) 45.672; (c) 89.902; (d) 55.546; 36. What is the value of the entire second term Ke-TN(d2): (a) 23.784; (b) 33.459; (c) 52.792; (d) 55.968 37. What is the value of the cal: (a) 6.309: (b) 0.000 (c)4.353; (d) 8.992; 38. Calculate the delta of this option: (a) 0.830; b) 0.566; (c) 0.784; (d) 0.953; 39. If the call price is 7.50, the implied volatility is: (a) 12.32; (b) 16.97; (c) 24.27; (d) 36.33