The waiting time at which 10 percent of the people would continue to hold is given as 2.3
<h3>How to solve for the waiting time</h3>
We have to solve for X ~ Exponential(λ).
then E(X) = 1/λ = 3,
= 0.3333
Remember that the cumulative distribution function of X is F(x) = 1 - e^(-λx). ; x is equal to the time in over case
For 10 percent of the people we would have a probability of
10/100 = 0.1
we are to find
P(X ≤ t)
= 1 - e^(0.3333)(t) = 0.1
Our concern is the value of t
Then we take the like terms
1-0.1 = e^(0.3333)(t)
1/0.9 = e^(0.3333)(t)
t = 3 * ln(1/0.9)
= 0.3157
Answer: StatusB B. Have the customer sign a statement that he understands the risks involved prior to executing the order
Explanation:
The options to the question are:
StatusA A. Send a prospectus to the customer
StatusB B. Have the customer sign a statement that he understands the risks involved prior to executing the order
StatusC C. Have the branch manager approve the order and then fill the customer's order in the same manner as with any other security
StatusD D. Send the customer a Subscription Agreement to be signed before filling the order.
The correct answer is StatusB B. Have the customer sign a statement that he understands the risks involved prior to executing the order.
Under the penny stock rule of the Securities exchange commission, when a new customer is being solicited by a registered representative to purchase an over-the-counter stock non-NASDAQ, a detailed statement must be completed by the registered representative on behalf of the customer.
Answer:
The price of King Noodles' bonds is $970.66
Explanation:
Coupon payment = 1000 x 7.5% = $75 per year = 75/4 = 18.75 per quarter
Number of periods = n = 8 years x 4 quarter each year = 32 quarter
Yield to maturity = 8% per year = 8% / 4 = 2% per quarter
Price of bond is the present value of future cash flows, to calculate Price of the bond use following formula:
Price of the Bond = $18.75 x [ ( 1 - ( 1 + r )^-n ) / r ] + [ F / ( 1 + r )^n ]
Price of the Bond =$18.75 x [ ( 1 - ( 1 + 2% )^-32 ) / 2% ] + [ $1,000 / ( 1 + 2% )^32 ]
Price of the Bond = $18.75 x [ ( 1 - ( 1.02 )^-32 ) / 0.02 ] + [ $1,000 / ( 1.02 )^32 ]
Price of the Bond = $440.03 + $530.63
Price of the Bond = $970.66
Answer:
Option C Policies designed to increase efficiency may decrease equity.
Explanation:
The reason is that the company if the company wants to increase its efficiency then it will have to invest in the operations that will increase its efficiency. This investment will come from raising finance either from the issuance of shares or borrowing money. So this means policies designed to increase efficiency requires investment so the option C is what the explanation is saying.