To solve this problem and calculate the security's equilibrium rate of return, you should sum<span> the security's default risk premium (2.00%),</span> the inflation risk premium (1.75%), the real risk-free rate (3.50%), the security's liquidity risk<span> premium (0.25%) </span><span>and the maturity risk premium (0.85%). So, you have:
ij*=2.00%+1.75%+3.50%+0.25%+0.85%
</span> ij*=8.35%<span>
</span>
Answer:
1_11/20 pounds, or 1.55 pounds.
Step-by-step explanation:
Since at the beginning, he had 5 1/4 pounds and used 3/5, we subtract the amount of pounds. We are then left with 93/20 pounds, which he then splits among 3 containers. Dividing by three, we then get 31/20 pounds in one aquarium, or 1 11/20 pounds in each aquarium or 1.55 pounds.
Fractions,rats, and percents all interconnect. For ext,50%=11/2 =1:2
The missing reason to complete Hector's proof is
<span>Corresponding Parts of Congruent Triangles Are Congruent
It's been established in the previous statement that triangle LNO and triangle PNM are congruent by the AAS Postulate.
The proof
</span>Corresponding Parts of Congruent Triangles Are Congruent
is comprehensive.
