7-4

.xlsx

School

Brigham Young University *

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Course

402

Subject

Finance

Date

Feb 20, 2024

Type

xlsx

Pages

12

Uploaded by CorporalNeutron3331

Report
35%=4% + 13%=4%+1 Risk free rate 4% 7.79M1 E(rA) 35% 9.66M2 Ba1 1.5 Ba2 2 E(rB) 13% 28% 13.532 Bb1 1.9 28% Bb2 -0.6 -13.532 14.468 0.7615 First of all we shall find the risk premium as follows: Expected return on A = Risk free rate + Beta on M1 x Market risk premiu
0.30 = 0.07 + 1.6 x Market risk premium 1 + 2.4 x Market risk premium 2 0.23 = 1.6 x Market risk premium 1 + 2.4 x Market risk premium 2 Expected return on B = Risk free rate + Beta on M1 x Market risk premiu 0.11 = 0.07 + 2.3 x Market risk premium 1 - 0.7 x Market risk premium 2 0.04 = 2.3 x Market risk premium 1 - 0.7 x Market risk premium 2 Now we shall solve the above two equations i.e. 0.23 = 1.6 x Market risk premium 1 + 2.4 x Market risk premium 2 (Multi 0.04 = 2.3 x Market risk premium 1 - 0.7 x Market risk premium 2 (Multi 1.3225 = 9.2 Market risk premium 1 + 13.8 x market risk premium 2 (Eq 0.16 = 9.2 Market risk premium 1 - 2.8 market risk premium 2 (Equation Now subtract equation 2 from equation 1 and we shall get: 1.1625 = 16.6 market risk premium 2 Market risk premium 2 0.07003 = 7% Approximately
Plugging market risk premium 2 in equation 1 we shall get: 0.23 = 1.6 x market risk premium 1 + 2.4 x market risk premium 2 .23 = 1.6 x market risk premium 1 + 2.4 x 1.1625 / 16.6 Market risk premium 1 = 3.87% Approximately So the relationship will be: Er(P) = 7% + 3.87% BP1 + 7% BP2
-0.186 + 1.5*M1+2.0*M2 0.186 -0.006 0.9 1.9*M1+(0.6)*M2 0.9 2.9 0.18 21.814 -0.00207 0.366 -0.72 -30.2972 3.800 7.787234 0.311.5M1+2M2 0.091.9M1+0.6M2 19 um 1 + Beta on M2 x Market risk premium 2
2 um 1 + Beta on M2 x Market risk premium 2 2 tiply this equation by 5.75 ) (Equation 1) tiply this equation by 4 ) (Equation 2) quation 1 ) n 2)
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