Fight Finance

(a) Stock A has less systematic risk than stock B, so stock A's return should be less than stock B's.

(b) Stock B has the same systematic risk as the market, so its return should be the same as the market's.

(c) Stock B has the same beta as the market, so it also has the same total risk as the market.

(d) If stock A and B were combined in a portfolio with weights of 50% each, the beta of the portfolio would be 0.75.

(e) Stocks A and B have more systematic risk than the risk free security (government bonds) so their return should be greater than the risk free rate.

(a) CapEx is added in the Net Income (NI) equation so it needs subtracting in the CFFA equation.

(b) CapEx is a financing cash flow that needs to be ignored. Therefore it should be subtracted.

(c) CapEx is not a cash flow, it's a non-cash expense made up by accountants that needs to be subtracted.

(d) CapEx is subtracted to account for the net cash spent on capital assets.

(e) CapEx is subtracted because it's too hard to predict, therefore we exclude it.

(a) Cost of debt (##r_\text{D}##).

(b) Unlevered cost of equity (##r_\text{E, U}##).

(c) Levered cost of equity (##r_\text{E, L}##).

(d) Levered before-tax WACC (##r_\text{V, LxITS}##).

(e) Levered after-tax WACC (##r_\text{V, LwITS}##).

(a) Destroying customers' expansion option.

(b) Destroying customers' abandonment option.

(c) Destroying customers' timing (or delaying) option.

(d) Destroying customers' production (or switching) option.

(e) Growing customers' binomial tree.

(a) Bought the right to buy the underlying asset from her at maturity if he wants.

(b) Bought the right to sell the underlying asset to her at maturity if he wants.

(c) Sold the right that allows her to buy the underlying asset from him at maturity if she wants.

(d) Sold the right that allows her to sell the underlying asset to him at maturity if she wants.

(e) Sold a contract that obliges him to buy the underlying asset from her at maturity if she wants.

(a)##-1 < \text{Red} < \infty## if Red is log-normally distributed.

(b) ##-2 < \text{Green} < 2## if Green is normally distributed.

(c) ##0 < \text{Blue} < \infty## if Blue is log-normally distributed.

(d) If the Green distribution is normal, then the mode = median = mean.

(e) If the Red and Blue distributions are log-normal, then the mode < median < mean.

(a) Expansionary fiscal policy.

(b) Contractionary fiscal policy.

(c) Expansionary monetary policy.

(d) Contractionary monetary policy.

(e) Neutral monetary policy.

(a) Adam and Bella can pick zero dates and 10 coconuts in one hour.

(b) Adam and Bella could pick 2 dates and 8.8 coconuts in one hour.

(c) Adam and Bella could pick 5 dates and 7 coconuts in one hour.

(d) Adam and Bella could pick 8 dates and 5.2 coconuts in one hour.

(e) Adam and Bella could pick 11 dates and zero coconuts in one hour.

(a) Provide a permanent and unrestricted commitment of funds;

(b) Are freely available to absorb losses;

(c) Impose unavoidable servicing charges against earnings;

(d) Rank behind the claims of depositors and other creditors in the event of winding-up of the issuer.

(a) Right now, borrow USD in America, convert it into AUD at the spot, lend it in Australia, lock in to buy USD and sell AUD forward one year. One year later, withdraw the AUD, convert it into USD and pay back the USD loan.

(b) American debt may be over-priced, sell it.

(c) Australian debt may be under-priced, buy it.

(d) The spot AUD may be under-priced compared to the USD, buy the AUD now.

(e) The forward AUD may be under-priced compared to the USD, lock in to buy the AUD in one year.