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Indicate whether each phrase is more descriptive of financial accounting or managerial accounting.

(a) May be subjective

Financial accounting

Managerial accounting

(b) Often used to obtain financing

Financial accounting

Managerial accounting

(c) Typically prepared quarterly or annually

Financial accounting

Managerial accounting

(d) May measure time or customer satisfaction

Financial accounting

Managerial accounting

(e) Future oriented

Financial accounting

Managerial accounting

(f) Has a greater emphasis on cost-benefit analysis

Financial accounting

Managerial accounting

(g) Keeps records of assets and liabilities

Financial accounting

Managerial accounting

(h) Highly aggregated statements

Financial accounting

Managerial accounting

(i) Must conform to external standards

Financial accounting

Managerial accounting

(j) Special-purpose reports

Financial accounting

Managerial accounting

(k) Decision-making tool

Financial accounting

Managerial accounting

(l) Income statement, balance sheet, and statement of cash flows

Financial accounting

Managerial accounting

(2) 12. Some species of animals are censused by "rounding them all up" using a: a) linear transect and point count b) drive count and corral c) thermal infrared scanner and radar seine net and plastic bucket e) track and trail index (2) 13. Detecting radio signals from a radio-collared polar bear using a satellite makes detection of location more challenging because the frequency changes as the satellite approaches and leaves the North Pole. This phenomenon is known as: a) Dipole pause b) White noise c) Doppler shift d) Frequency modulation e) Amplitude damping (2) 14 A home range method that relies on the distribution of locations along the two directional axes (N-S, E-W) and the exclusion of outlying points improves the estimate of area used by an animal. It is called a) minimum convex polygon method b) 95% bivariate normal distribution c) minimum harmonic mean method d) fixed kernel density estimator e) shotgun scatter methodConsider the bivariate joint PDF of X and Y given by (c is some constant) fxy (u, v) = otherwise 1. Find the value of c. 2. Find p(X Sys 3. Find fy(v) the marginal distribution of Y. 4. Compute p(Y |Y = ) 9. Determine whether X and Y are independent