Thunder Corporation, an amusement park, is considering a capital investment in a new exhibit. The exhibit would cost $147,150 and have an estimated useful life of 6 years. It can be sold for $68,000 at the end of that time. (Amusement parks need to rotate exhibits to keep people interested.) It is expected to increase net annual cash flows by $24,000. The company’s borrowing rate is 8%. Its cost of capital is 10%. Click here to view the factor table. Calculate the net present value of this project to the company and determine whether the project is acceptable. (If the net present value is negative, use either a negative sign preceding the number eg -45 or parentheses eg (45). For calculation purposes, use 5 decimal places as displayed in the factor table provided. Round present value answer to 0 decimal places, e.g. 125.)

The project:

Suzy’s Cool Treatz is a snow cone stand near the local park. To plan for the future, the owner wants to determine her cost behavior patterns. She has the following information available about her operating costs and the number of snow cones served.

Suzy uses the high-low method to determine her operating cost equation. What are her estimated costs at 4628 snow cones? When calculating the variable cost per unit, round your answer to two decimal places before completing your calculations. Do not use dollar signs, commas or decimals in your answer. Input your answer to the nearest whole number.

Adjusted WACC. ​ Hollydale's is a clothing store in East Park. It paid an annual dividend of ​$1.20 last year to its shareholders and plans to increase the dividend annually at 3.0​%. It has 590 comma 000 shares outstanding. The shares currently sell for ​$17.37 per share. ​ Hollydale's has 11 comma 000 semiannual bonds outstanding with a coupon rate of 6​%, a maturity of 24 ​years, and a par value of ​$1 comma 000. The bonds are currently selling for ​$638.46 per bond. What is the adjusted WACC for​ Hollydale's if the corporate tax rate is 40​%?

A new roller coaster at an amusement park requires individuals to be at least​ 4' 8"

​(56 inches) tall to ride. It is estimated that the heights of​ 10-year-old boys are normally distributed with

mu equals μ=55.0 inches and sigma equals σ=4 inches.

a. What proportion of​ 10-year-old boys is tall enough to ride the​ coaster?

b. A smaller coaster has a height requirement of

50 inches to ride. What proportion of​ 10-year-old boys is tall enough to ride this​ coaster?

c. What proportion of​ 10-year-old boys is tall enough to ride the coaster in part b but not tall enough to ride the coaster in part​ a?

A pair of bumper cars in an amusement park ride collide elastically as one approaches the other directly from the rear, as seen in part (a) of the figure below. ((a) before collision, (b) after collision) One has a mass of m1 = 462 kg and the other m2 = 546 kg, owing to differences in passenger mass. If the lighter one approaches at v1 = 4.48 m/s and the other is moving at v2 = 3.63 m/s, calculate the velocity of the lighter car after the collision.

Calculate the velocity of the heavier car after the collision.

Calculate the change in momentum of the lighter car.

Calculate the change in momentum of the heavier car.

(a) Have you ever visited an amusement park and taken a ride on a parachute drop ride? These types of rides take the passengers to a great height, and then drop them in free fall. Before they hit the ground, the ride is slowed using a Lenz’s law mechanism thus avoiding certain death. For this discussion, first locate a photo of one of these rides (either one you’ve personally experienced or one you might like to try someday), and in your initial post, upload the photo and respond to the following:

• Explain how Lenz’s law applies to this situation.
• Why is the Lenz’s law mechanism ideal for such a use?
• What other mechanisms can be used to slow the descent? Compare and contrast these options with the Lenz’s law mechanism.

(b) As you have learned, an electromagnet is a magnet that is produced by electric current. Think about how electromagnets are used and what you have seen or heard of them being used for. In your initial discussion post, respond to the following:

• Which of the principles or laws discussed in this module explain how an electromagnet works?
• Describe in detail two modern applications of electromagnets. Do these electromagnets draw a large amount of current or a little? How do you know? What supplies that current?
• Why do you think electromagnets are used in these different ways?
• What is the advantage of using an electromagnet rather than a permanent magnet?

a) A child slides down a water slide at an amusement park from an initial height h. The slide can be considered frictionless because of the water flowing down it. Can the equation for conservation of mechanical energy be used on the child?

YesNo     

(b) Is the mass of the child a factor in determining his speed at the bottom of the slide?

YesNo     

(c) The child drops straight down rather than following the curved ramp of the slide. In which case will he be traveling faster at ground level?

following the curved rampdropping straight down     same speed in either case

(d) If friction is present, how would the conservation-of-energy equation be modified?


(e) Find the maximum speed of the child when the slide is frictionless if the initial height of the slide is 13.5 m. (Assume the child is initially at rest.)
m/s

Water Planet is considering purchasing a water park in Miami, Florida​, for $ 2,100,000. The new facility will generate annual net cash inflows of $ 535,000 for eight years. Engineers estimate that the facility will remain useful for eight years and have no residual value. The company uses​ straight-line depreciation. Its owners want payback in less than five years and an ARR of 10​% or more. Management uses a 12% hurdle rate on investments of this nature.

.

Requirement 1. Compute the payback​ period, the​ ARR, the​ NPV, and the approximate IRR of this investment.​ (If you use the tables to compute the​ IRR, answer with the closest interest rate shown in the​ tables.) ​(Round the payback period to one decimal​ place.)

​(Round the percentage to the nearest tenth​ percent.)

​(Round your answer to the nearest whole​ dollar.)

The IRR​ (internal rate of​ return) is between

.

Requirement 2. Recommend whether the company should invest in this project.

In January 2016​, United Airlines​ (UAL) had a market capitalization of $ 20.54 ​billion, debt of $ 12.06 ​billion, and cash of  $ 5.36 billion. United Airlines had revenues of $ 38.27 billion. Southwest Airlines​ (LUV) had a market capitalization of $ 27.41​billion, debt of $ 3.16 ​billion, cash of $ 2.82 ​billion, and revenues of $ 19.69 billion. a. Compare the market​ capitalization-to-revenue ratio​ (also called the​ price-to-sales ratio) for United Airlines and Southwest Airlines. b. Compare the enterprise​ value-to-revenue ratio for United Airlines and Southwest Airlines. c. Which of these comparisons is more​ meaningful? Explain.

*** PLEASE ANSWER ALL QUESTIONS IN PARAGRAPH FORMAT.

The following case study provides information for a hotel chain. They have recently conducted a customer satisfaction survey. Given these research results and the other information in the case, what advice would you give them? This is a good exercise in utilizing the results of market research.

ACTIVITY/TASK

The Quick-Stop Hotel Chain

Quick-Stop Hotels is a small hotel chain located along on the north coast of New South Wales. This chain consists of five different hotel complexes located several hours drive apart along the main coastal highway between Sydney and Brisbane.

Their prime target market is the family segment. This is because families often choose to drive from Sydney to Brisbane (or Brisbane to Sydney) and back again for their holidays. As this trip is around a 12-hour drive, many travelers choose to stop overnight in order break up their journey. Therefore, Quick-Stop has deliberately chosen popular stopover towns for their hotels.

In line with this location strategy, they promote themselves with the slogan, “the “perfect place for a break”.

Their individual hotels vary a little in quality, but all have either a 3 or a 4 star rating. This means that they are either medium (3 star) or good (4 star) quality in terms of facilities and general standard of accommodation. On average, they each have around 80 rooms and a fairly broad range of facilities (that is, a heated swimming pool, room service, restaurant and bar, a kid’s club during school holidays, a small gym, and some have tennis courts and a couple of stores).

In terms of promotion, they are heavy outdoor (billboard) advertisers on the coastal highway. They also advertise in various holiday and travel directories, and on the government tourism website.

As you can see from the table below, they vary pricing throughout the year. Pricing is generally used as a tool to increase demand in the low season and to increase revenue in the high season. This is necessary as they have highly seasonal demand, being frequently being booked out over the Christmas holiday period, and with very high demand in other school holiday periods.

The table also shows the results of a customer satisfaction survey for Quick-Stop Hotels. On average, 80% of customers indicated that they were satisfied with their stay and 10% were delighted with their stay. However, 10% indicated they were dissatisfied. These figures vary by season, whether the customer was a first-time customer, and by the quality of the individual hotel. Additionally, the table includes information on average room rates (per night) and occupancy levels. (Note: The occupancy level is the percentage of rooms occupied per night.)

QUESTIONS

1. Review the customer satisfaction information. Does it make sense? Why/why not?
2. Given these research results and the other information in the case, what advice would you give this firm.
3. Which of the above metrics did you find helpful? Which did you ignore?
4. What other information would have been helpful?