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. -/1 points My Notes . Ask Your Teacher The figure below shows, in cross section, three solid cylinders, each of length L and uniform charge Q. Concentric with each cylinder is a cylindrical Gaussian surface, with all three surfaces having the same radius. Cylinder Gaussian surface (a) (6) (c) Rank the Gaussian surfaces according to the electric field at any point on the surface, greatest first. (Use only '>' or '=' symbols. If any elements are equal, show their equality in alphabetic order - for example: a>b=c.) Additional MaterialsE14B.3 Suppose we have a positively-charged particle inside an arbitrarily-shaped closed Charge gaussian surface as shown in (a). Then we Charges bring an identical particle and park it just outside the gaussian surface as shown in (b). (a) Gaussian surface Gaussian surface > Does the electric field at point P increase, decrease or remain the same for situation (b) relative to situation (a)? Explain your reasoning. > Does the electric flux across the gaussian surface increase, decrease or remain the same for situation (b) relative to situation (a)? Explain your reasoning.You will use Gauss's Law to calculate the electric field inside an insulating sphere of radius R constant charge density p=Qowl/Visual uniformly distributed throughout the sphere. Step 1: Find the charge enclosed by a spherical Gaussian surface of radius r