All identities are equations, but ONLY SOME equations are identities.
sinx = cos(π/2 - x) (Equation and Identity
y= cosx -x², it's an equation but NOT an identity
Answer:
Expected return is 11.06%.
Step-by-step explanation:
Capital allocation between Optimal risky portfolio and risk free assets can be computed with following equation.
y = E(rp) - rf /A*θp^2
where,
E(rp) = Expected return of Portfolio
y = weight of risky portfolio
(1-y) = weight of risk free assets
rf = risk free rate
A = Coefficient of Risk Aversion
Фp= Standard deviation of risky portfolio
Putting the values,
y = {0.124-0.04}/{2.5*0.20^2}
by solving,
y = 0.84
Weight of risk free assets in complete portfolio = (1-y) = 1-0.84 = 0.16
Thus,
Expected return of complete portfolio:
E(r_c) = 0.124*0.84+0.04*0.16
E(r_c) = 11.06%
In a square, all four sides are equal, so you would take the perimeter and divide by 4.
(12x - 32)/4 = 3x - 8 feet
Answer:
357.14
Step-by-step explanation:
Step-by-step explanation:
Let the first integer be x
2nd integer = x + 1
3rd integer = x + 2
x + x + 1 + x + 2 = -147
3x + 3 = -147
3x = -147 - 3
3x = -150
x = -150 ÷ 3
x = -50
The three consecutive integers are
-50, -49, -48