Question

1. A mutual fund company offers its clients several funds: a money market fund, three bond funds (short-term, intermediate-term, and long-term), two stock funds (moderate-risk and high-risk), and a balanced fund. The percentages of clients holding shares in a single fund are distributed among the different types of investment instruments as follows: PERCENTAGE TYPE Moderate risk stocks 25% Money market 20% High-risk stocks 18% Short-term bonds 15% Intermediate-term bonds 10% Balanced 7% Long-term bonds 5% TOTAL 100 % If a client is randomly selected who owns shares in only one fund: a) What is the probability that the selected client owns shares in the balanced fund? b) What is the probability that the same client owns shares in a bond fund? c) What is the probability that the same client does not own shares in a stock fund?

263

likes
1314 views

Answer to a math question 1. A mutual fund company offers its clients several funds: a money market fund, three bond funds (short-term, intermediate-term, and long-term), two stock funds (moderate-risk and high-risk), and a balanced fund. The percentages of clients holding shares in a single fund are distributed among the different types of investment instruments as follows: PERCENTAGE TYPE Moderate risk stocks 25% Money market 20% High-risk stocks 18% Short-term bonds 15% Intermediate-term bonds 10% Balanced 7% Long-term bonds 5% TOTAL 100 % If a client is randomly selected who owns shares in only one fund: a) What is the probability that the selected client owns shares in the balanced fund? b) What is the probability that the same client owns shares in a bond fund? c) What is the probability that the same client does not own shares in a stock fund?

Expert avatar
Sigrid
4.5
119 Answers
a) To find the probability that the selected client owns shares in the balanced fund:
P(\text{Balanced fund}) = \frac{\text{Percentage of clients in balanced fund}}{\text{Total percentage}} = \frac{7}{100} = 0.07

b) To find the probability that the same client owns shares in a bond fund:
P(\text{Bond fund}) = P(\text{Short-term}) + P(\text{Intermediate-term}) + P(\text{Long-term}) = \frac{15 + 10 + 5}{100} = \frac{30}{100} = 0.30

c) To find the probability that the same client does not own shares in a stock fund:
First, find the probability of owning shares in a stock fund (both moderate and high-risk):
P(\text{Stock fund}) = P(\text{Moderate-risk stocks}) + P(\text{High-risk stocks}) = \frac{25 + 18}{100} = \frac{43}{100} = 0.43
Then, find the complement:
P(\text{Not stock}) = 1 - P(\text{Stock fund}) = 1 - 0.43 = 0.57

The answers are:
a) 0.07
b) 0.30
c) 0.57

Frequently asked questions (FAQs)
What is the equation of the perpendicular bisector of a triangle's hypotenuse?
+
Question: What is the value of the constant "c" in the function f(x) = c if f(x) = 5 for all real numbers x?
+
What is the limit of (3x^2 - 2)/(2x + 1) as x approaches 2?
+
New questions in Mathematics
a runner wants to build endurance by running 9 mph for 20 min. How far will the runner travel in that time period?
5 . {2/5 + [ (8/-9) - (1/-7) + (-2/5) ] ÷ (2/-5)} . 8/15
11(4x-9)= -319
Solve: −3(−2x+23)+12=6(−4x+9)+9.
Kayla has $8,836.00 in her savings account. The bank gives Kayla 5%of the amount of money in account as a customer bonus. What amount of money does the bank give Kayla? Justify your answer on a 6th grade level.
How many kilometers does a person travel in 45 minutes if they move at a rate of 8.3 m/s?
132133333-33
Find the measures of the sides of ∆KPL and classify each triangle by its sides k (-2,-6), p (-4,0), l (3,-1)
Moaz wanted to test whether the level of headache pain (on a scale of 1 – 10) changes after taking Advil. He collected data from 9 participants and calculated the difference in headache pain before and after taking Advil (summarized in the table below). Determine W observed for this test. Difference Scores -2 -4 0 +1 +3 -2 0 -3 -5 Also, What is the degrees of freedom for this test?
Divide 22 by 5 solve it by array and an area model
Estimate the fifth term if the first term is 8 and the common ratio is -1/2
How many different ways can a psychology student select 5 subjects from a pool of 20 subjects and assign each one to a different experiment?
We have spent 1/4 of the inheritance on taxes and 3/5 of the rest on buying a house. If the inheritance was a total of €150,000 How much money do we have left?
3. A rock is dropped from a height of 16 ft. It is determined that its height (in feet) above ground t seconds later (for 0≤t≤3) is given by s(t)=-2t2 + 16. Find the average velocity of the rock over [0.2,0.21] time interval.
With the aim of identifying the presence of the feline leukemia virus (FeLV), blood samples were collected from cats sent to a private veterinary clinic in the city of Belo Horizonte. Among the animals treated, it was possible to observe that age followed a Normal distribution with a mean of 4.44 years and a standard deviation of 1.09 years. Considering this information, determine the value of the third quartile of the ages of the animals treated at this veterinary clinic. ATTENTION: Provide the answer to exactly FOUR decimal places
User One of the applications of the derivative of a function is its use in Physics, where a function that at every instant t associates the number s(t), this function s is called the clockwise function of the movement. By deriving the time function we obtain the velocity function at time t, denoted by v(t). A body has a time function that determines its position in meters at time t as S(t)=t.³√t+2.t . Present the speed of this body at time t = 8 s.
Let v be the set of all ordered pairs of real numbers and consider the scalar addition and multiplication operations defined by: u+v=(x,y)+(s,t)=(x+s+1,y+t -two) au=a.(x,y)=(ax+a-1,ay-2a+2) It is known that this set with the operations defined above is a vector space. A) calculate u+v is au for u=(-2,3),v=(1,-2) and a=2 B) show that (0,0) #0 Suggestion find a vector W such that u+w=u C) who is the vector -u D) show that axiom A4 holds:-u+u=0
How to factorise 5y^2 -7y -52
nI Exercises 65-68, the latitudes of a pair of cities are given. Assume that one city si directly south of the other and that the earth is a perfect sphere of radius 4000 miles. Use the arc length formula in terms of degrees to find the distance between the two cities. 65. The North Pole: latitude 90° north Springfield, Illinois: latitude 40° north
if y=1/w^2 yw=2-x; find dy/dx