Answer:
% in T bills = 18.92%, % in P = 81.08%
Explanation:
Portfolio return = Weighted average return
Return of portfolio P = 0.14*0.6 + 0.10*0.4
Return of portfolio P = 0.124
Let % money in T bills be x
0.11 = 0.05*x + 0.124*(1-x)
0.11 = 0.05x + 0.124 - 0.124x
0.014 = 0.074x
x = 18.92%
Hence, % in T bills = 18.92%, % in P = 81.08%
Umm... I can't find the choices... So, those are the choices I made up that are correct to your question.
- Spills covering grounds or falling hazards, such as blocked paths or cords going over the ground.
- Working from heights, including ladders, scaffolds, roofs, or an elevated workspace.
- Unguarded device and moving machine pieces; guards dismissed or moving pieces that a worker can unintentionally touch.
T<span>aking small samples in every situation is not always appropriate. If the populations </span>are<span> very large, you </span>cannot<span> just take small samples because it will not represent the entire population. Small samples </span>are<span> usually for verifications purposes that is the reason why it can detect some errors that the larger samples </span>cannot<span>.</span>
The law of increasing opportunity costs is reflected in a production possibilities curve that is concave to the origin.
Answer:
Option (c) is correct.
Explanation:
Given information states that bananas and tangerines are substitute goods. We know that the cross price elasticity of substitute goods is positive which means that there is a positive relationship between the price of one good and the quantity demanded for substitute good.
Therefore, in our case as the price of bananas increases and all the other factors remains constant then as a result the quantity demanded for tangerines increases.
