This is a long and tedious process but basically what you want to do is draw little rectangles to approximate the area. In this case what the problem wants you to do is
f(0)*2(length times width)+f(2)*2+2(4)*2+f(6)*2+f(8)*2+f(10)*2+f(12)*2+... +f(20)*2+f(22)*2=
(f(0)+f(2)+f(4)+f(6)+f(8)+f(10)+f(12)+f(14)+f(16)+f(18)+f(20)+f(22))*2=
approximately, I don't know how specific you're teacher wants them but Im putting down f(x) in integers for the sake of simplicity:
(9+10+11+12+15+18+21+26+27+26+17+13)*2=410
Answer:
B
Step-by-step explanation:
if you round to the nearest hundredth then that would be rounding the second 9 which rounds to 10 which moves to the tenths place value which moves to the ones place value making the answer 4.
<span>sum of the number five times greater than the number, and the number of three times greater than <span>the number</span></span>
Answer:
14.656%
Step-by-step explanation:
Data provided in the question:
Rate of return, r = 4% = 0.04
Risk aversion of A = 1.85
Standard deviation, σ = 24%
Now,
we have the relation
A = (E - r) ÷ σ²
E = expected return on portfolio
r = Risk free rate
on substituting the respective values, we get
1.85 = (E - 0.04) ÷ (0.24)²
or
0.0576 × 1.85 = (E - 0.04)
or
0.10656 + 0.04 = E
or
E = 0.14656 or
E = 0.14656 × 100% = 14.656%
