Questions
Over a five-year period, the quarterly change in the price per share of common stock for...

Over a five-year period, the quarterly change in the price per share of common stock for a major oil company ranged from -8% to 12%. A financial analyst wants to learn what can be expected for price appreciation of this stock over the next two years. Using the fiveyear history as a basis, the analyst is willing to assume that the change in price for each quarter is uniformly distributed between -8% and 12%. Use simulation to provide information about the price per share for the stock over the coming two-year period (eight quarters).

(a) Use the random numbers 0.52, 0.99, 0.12, 0.15, 0.50, 0.77, 0.40, and 0.52 to simulate the quarterly price change for each of the eight quarters.
If required, round your answers to one decimal places. For those boxes in which you must enter subtractive or negative numbers use a minus sign. (Example: -300)
Quarter r Return %
1 0.52 %
2 0.99 %
3 0.12 %
4 0.15 %
5 0.5 %
6 0.77 %
7 0.4 %
8 0.52 %

In: Statistics and Probability

EgoDrone Inc. manufactures two models of “Selfie Drones” - small toy helicopters which follow users around...

EgoDrone Inc. manufactures two models of “Selfie Drones” - small toy helicopters which follow users around taking aerial video while the user participates in extreme sports. Whether the user is rafting down a raging river, or renewing their life insurance, all activities can be documented by the products two models: “Sport” or “Pro”.   The company will use activity-based costing to apply its estimated $350,000 of overhead costs to its products. Information about its overhead follows:

Activity (Cost Driver)

Estimated MOH

Expected Activity

Total

Sport

Pro

Assembly (Machine Hours)

$40,000

5,000

3,000

2,000

Quality control (# of inspections)

110,000

550

250

300

Machine Setups (# of Setups)

200,000

200

70

130

$350,000

The following cost data is known:

Sport

Pro

Direct Materials

$300

$500

Direct Labour

50

80

Number of units produced

250 units

150 units

Required:

  1. Compute the activity rates for each activity.
  2. Determine the expected unit cost of each product.

In: Accounting

Natural killer cells target: infected cells that have lost MHC I surface proteins B. bacterial cells...

Natural killer cells target:

infected cells that have lost MHC I surface proteins

B.

bacterial cells that are coated with complement

C.

infected cells bound with antibody

D.

cancerous cells

E.

Two of the above are correct

In: Biology

5.) For the data set 2 4 4 5 7 8 9 10 12 12 13...

5.) For the data set

2

4

4

5

7

8

9

10

12

12

13

13

16

16

16

16

17

19

19

20

23

24

24

24

25

26

26

27

28

28

29

31

32

34

34

36

37

38

42

44

45

46

47

47

48

50

52

53

53

54

55

56

56

57

58

(a) Find the 80th percentile.

The 80t percentile is =

  

(a) Find the 42nd percentile.

The 42nd percentile is =

  

(a) Find the 17th percentile.

The 17th percentile is =

  

(a) Find the 65th percentile.

The 65th percentile is =

  

6.) Internet providers: In a survey of 672 homeowners with high-speed Internet, the average monthly cost of a high-speed Internet plan was $52.8 with standard deviation $12.42 Assume the plan costs to be approximately bell-shaped. Estimate the number of plans that cost between $40.38 and $65.22

The number of plans that cost between $40.38 and $65.22 is =.

  

In: Math

3. Ethanol (MW = 46) is soluble in water and is a liquid at room temperature,...


3. Ethanol (MW = 46) is soluble in water and is a liquid at room temperature, but propane (MW = 44) is insoluble in water and is a gas at room temperature. Explain why these two compounds have such different properties despite their similar size.

In: Chemistry

Health Law In the United States, all medical malpractice law is litigated and resolved in one...

Health Law

In the United States, all medical malpractice law is litigated and resolved in one of two ways. Each state will choose which theory (only one theory is chosen to be used by each state) used to resolve all cases within their jurisdiction. The first is the theory of contributory negligence. In this theory, the original law (and ancient law derived from the Common law of England) states that, under this doctrine, if the patient contributed at all to the harm caused by the medical professional, then the patient was not entitled to any compensatory relief. In other words, no suit for damages would be allowed against the medical provider. This theory insisted that only a completely blameless patient should have recourse against a medical professional.

The second theory is the theory of comparative negligence. This is the more modern doctrine. Under comparative negligence all injured patients could still file a malpractice suit even if the patient contributed to the harm caused. Therefore, if a doctor was 50% at fault and the patient was 50% at fault, the patient could still recover 50% of the damages from the doctor.

Set forth two strengths and two weaknesses for each of these theories and choose which one you believe to be the most just and why.

In: Nursing

According to Mars, Inc., 20% of all M&Ms produced are blue. One bag of 50 M&Ms...

According to Mars, Inc., 20% of all M&Ms produced are blue. One bag of 50 M&Ms represents the sample for this problem. The sample data can be used to perform a two-sided hypothesis test to test whether 20% of all M&Ms are blue.

In one bag of 50 M&Ms, there are 14 blue M&Ms. Use this data to test whether 20% of all M&Ms are blue.

In: Statistics and Probability

Periodic Inventory by Three Methods Pappa's Appliances uses the periodic inventory system. Details regarding the inventory...

Periodic Inventory by Three Methods

Pappa's Appliances uses the periodic inventory system. Details regarding the inventory of appliances at January 1, purchases invoices during the year, and the inventory count at December 31 are summarized as follows:

Purchases Invoices

Model
Inventory,
January 1

   1st

   2nd

   3rd
   Inventory Count,
December 31
C55 3 at $ 1,040 3 at $ 1,054 3 at $ 1,060 3 at $ 1,070 4
D11 9 at 639 7 at 645 6 at 666 6 at 675 11
F32 5 at 240 3 at 260 1 at 260 1 at 280 2
H29 6 at 305 3 at 310 3 at 316 4 at 317 4
K47 6 at 520 8 at 531 4 at 549 6 at 542 8
S33 4 at 222 4 at 232 2
X74 4 at 35 6 at 36 8 at 37 7 at 39 7

Required:

1. Determine the cost of the inventory on December 31 by the first-in, first-out method.

If the inventory of a particular model comprises one entire purchase plus a portion of another purchase acquired at a different unit cost, use a separate line for each purchase. If units are in inventory at two different costs, enter the units PURCHASED MOST RECENTLY first.

Pappa's Appliances
Cost of the Inventory-FIFO Method
December 31
Model Quantity Unit Cost Total Cost
C55 $ $
C55
D11
D11
F32
F32
H29
K47
K47
S33
X74
Total $

2. Determine the cost of the inventory on December 31 by the last-in, first-out method.

If the inventory of a particular model comprises one entire purchase plus a portion of another purchase acquired at a different unit cost, use a separate line for each purchase. If units are in inventory at two different costs, enter the OLDEST units first.

Pappa's Appliances
Cost of the Inventory-LIFO Method
December 31
Model Quantity Unit Cost Total Cost
C55 $ $
C55
D11
D11
F32
H29
K47
K47
S33
X74
X74
Total $

3. Determine the cost of the inventory on December 31 by the weighted average cost method.

Pappa's Appliances
Cost of the Inventory-Weighted Average Method
December 31
Model Quantity Unit Cost Total Cost
C55 $ $
D11
F32
H29
K47
S33
X74
Total $

4.   would be preferred for income tax purposes in periods of declining prices.

In: Accounting

A certain tennis player makes a successful first serve 76​% of the time. Suppose the tennis...

A certain tennis player makes a successful first serve 76​% of the time. Suppose the tennis player serves 50 times in a match.​ What's the probability that she makes at least 42 first​ serves?

In: Statistics and Probability

ErdemS (ES) is a monopoly selling tickets for the football match of SileSpor. The demand for...

ErdemS (ES) is a monopoly selling tickets for the football match of SileSpor. The demand for each ticket is P = 350 - Q. ES’s cost is $10,000 plus $50 per ticket. (i.e., C(Q)=10.000+50Q ).

a) What is the profit-maximizing price that ES will charge? How many tickets will be sold? What is ES’s profit for this match?

b) Next ES finds out that non-students (Type A) and students (Type B) have different demands:   Let PA = 650 - 5QA stand for the demand function of Type A; and let PB =350-3QB stand for the demand function of Type B. Suppose that ES utilizes price discrimination and asks different prices to each type.

What is the price charged to a non-student (Type A)? What is the price charged to a student (Type B)? How many of each type are on this match? What would ES’s profit be for this match?

In: Economics