Answer:
The slope of the capital allocation line formed with the risky asset and the risk-free asset is approximately 0.5
Step-by-step explanation:
given data
invested = $1000
rate of return = 16%
standard deviation = 20%
rate of return = 6%
to find out
The slope of the capital allocation line
solution
we know here rate of return equation for find slope of line that is
R1 = R2 + σ × slope of line .............1
here R is rate of return and and σ is standard deviation
put here all value in equation 1
16 = 6 + 20 × slope of line
20 × slope of line = 10
slope of line = 0.5
so
The slope of the capital allocation line formed with the risky asset and the risk-free asset is approximately 0.5
Let x = the shorter leg
2x + 6 is the longer leg
2x + 9 is the hypotenuse
We now do the Pythagorean Theorem of


Multiply out to get:

The

will cancel out each other when you combine like terms to get all the terms on one side of the equal sign.
Combine like terms with the rest to end with

Factor this to get

then set each factor equal to zero.
You end up with two solutions, x = 15 and x = - 3
HOWEVER distance cannot be measure in negatives so that answer will not work so x = 15. Now plug into our given information.
The short leg is 15 cm long.
The longer leg of 2(15) + 6 = 36 cm long
The hypotenuse of 2(15) + 9 = 39 cm long.
You can check your answers by plugging them into the Pythagorean Theorem again.
Answer:
D
Step-by-step explanation:
if you multiply 5 by 2 you get 10
if you multiply 6 by 2 you get 12
5/2 (2) =10/12
Hope this helped
:)
solution:
we know that ,
u.v = ΙuΙ ΙvΙcosθ
here,
θ =60° (since the given triangle is equilateral triangle)
u.v = ΙuΙ ΙvΙcos60°
= 1 x 1 x 1/2
u.v = 1/2
now, u.w = ΙuΙ ΙwΙcosθ
= ΙuΙ x cos(60x2)
u.w = -1/2