Answer:
957 pounds of pepperoni
Explanation:
In this problem, orders (T) are being taken every 5 weeks while the delivery (L) is approximately 4 weeks. Given a probability of 98 %, we can estimate that the area [F(z)] under the ' z' left side of the normal distribution curve is 0.98. Therefore,
0.98 - 0.50 = 0.48, using the standard normal table, for an area of 0.48, the value is 2.055. Thus, the pounds pepperoni (Q) that will be ordered:
Q = 130(5+4) + 2.055(120) - 460 = 1170 + 246.6 - 460 = 956.6
Approximately 957 pounds of pepperoni.
Answer:
WB = BA(WA) + BB(WB) + BC (WC) + BD(WD)
1.6 = 0.83(0.5) + 1.50(0.1) + 1.42(0.15) + BD(0.25)
1.6 = 0.415 + 0.15 + 0.213 + 0.25BD
1.6 = 0.778 + 0.25BD
1.6-0.778 = 0.25BD
0.822 = 0.25BD
BD = 0.822/0.25
BD = 3.288
Explanation: The question relates to Beta of a portfolio. The Beta of a portfolio is the aggregate of Beta of each stock multiplied by the weight of each stock. The Beta of stock D was not given, thus, it becomes the subject of the formula.
Answer:
b. $1,655
Explanation:
Calculation for What was the amount of revenue for July
Cash for services $1,090
Add Services provided on credit $565
Revenue $1,655
($1,090+$565)
Therefore the amount of revenue for July will be $1,655
Answer:
False.
Explanation:
A call provision is a stipulation on the contract of a bond that allows the issuer to repurchase and retire debt security. A bind indenture states circumstances that can trigger a call, for example if underlying asset gets to a preset price.
In the question it stated that the bond holder can demand for a call. This is untrue as only the issuer has the right to request a call.
If the bondholder wants to dispose of his shares he will do so through the secondary market and not by requesting a call.