This investment seems very diverse. It is divided into 5 different categories with no more than 25% in any one category.
It is a very conservative approach. 95% of the investments are in very stable account. Only 5% is devoted to a developing firm.
This investment plan would be for an investor who is very fearful of losing money. They would most likely be close to retirement age, in a situation where they just want to maintain the value of their account.
The step 7 is a wrong step, because in the denominator 1 is written in place of 2.
<h3>What is a quadratic equation?</h3>
The quadratic equation is given as ax² + bx + c = 0. Then the degree of the equation will be 2. Then we have
Two of the steps in the derivation of the quadratic formula are shown below.
The equation is given below.
Then the above equation can be written as
The step 7 is a wrong step, because in the denominator 1 is written in place of 2.
More about the quadratic equation link is given below.
brainly.com/question/2263981
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Answer:
Ohh I think I might know what question you are referencing.
In 2003, the population will be:
P = 86.22 million
Step-by-step explanation:
P = Po exp(0.0180t)
P = 72 exp(0.0180(10))
P = 86.22 million
The answer to the question is d
Answer:
$1.20c + $3 ≥ $13.50 or $1.20c ≥ $10.50
Step-by-step explanation:
So Janie has $3, and earns $1.20 for each chore. The number of chores she does is c, and she needs $13.50 for the cd. The amount of money she has after doing c number of chores is $1.20c + $3. In order for her to have enough money to buy the cd, the amount of money she has after doing c chores must be greater than or equal to $13.50. This can be written as the inequality:
$1.20c + $3 ≥ $13.50
This will work, but we can simplify this inequality by subtracting $3 from both sides of the equation.
$1.20c ≥ $10.50
$1.20c + $3 ≥ $13.50 or $1.20c ≥ $10.50
I hope this helps. :)
