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Example 2 (see JR Example 1.2) (5), (6): (8): v(P1, P2, y) =y/P(P1, P2). Ov (P1, P2, y)/y = 1/P> 0, v (P1, P2,
Example 2 (see JR Example 1.2) (5), (6): (8): v(P1, P2, y) =y/P(P1, P2). Ov (P1, P2, y)/y = 1/P> 0, v (P1, P2, y)/ap = (y/P)P/p = (y/P)[1/(1 )][-]/(1-0)ai (1 0)(p1/01)-0-(1/01) =-(y/P)P (p1/1)* < 0, v(p1, P2, y)/p2 = -(y/P)P (p2/2)* < 0. - (v(P1, P2,y)/p)/(v (P1, P2, y)/y) = [(y/P)P (pi/1)*]/(1/P) = (y/P)P (p1/1) = x1 (P1, P2, y), -(v(P1, P2, y)/p2)/(v (P1, P2, y)/y) = [(y/P)P (p2/02)*]/(1/P) =(y/P)P (p2/02) = x2 (P1, P2, y). (8)
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Managerial Accounting
Authors: Carl S. Warren, James M. Reeve, Jonathan Duchac
13th edition
978-1285868806, 1285868803, 978-1305691254, 978-1305465640, 1305465644, 978-1285866307
