dolution

/in /by

dolution.

A transportation agencyis purchasing 350electric truckscarsto replace their maintenance trucks and 100electricSUV’sto replace current petrol vehicles. Eachelectric truck will cost $500,000 and will have a service life of 35 years.Each SUV will cost$150,000and will have a service life of 35 years as well. A transportationagency plans to issue a bond to obtain money for thepurchase ofelectric vehicles. Assuming interest of 5% and a20-year term, what amount must be invested annually in a sinking fund paying 7% to accumulate enough money topay offthe bond after 20 years?

What is the total annual cost of the bond?

Question 3 (30 points):

Demonstrate that for this highway expansion project, the same B/C ratio is obtained using thepresent, future, and annual worth formulations.

•Initial costs of expansion $1,500,000•Annual costs for operating/maintenance 65,000•Annual savings and benefits to travelers 225,000•Scrap value after useful life 300,000•Useful life of investment 30 years•Interest rate 8%

dolution

 
"Looking for a Similar Assignment? Get Expert Help at an Amazing Discount!"

dolution

/in /by

dolution.

Sanders agreed in writing to write, direct, and produce a motion picture on the subject of lithography (a method for printing using stone or metal) for the Tamarind Lithography Workshop. After the completion of this film, Four Stones for Kanemitsu, litigation arose concerning the parties’ rights and obligations under their agreement. Tamarind and Sanders resolved this dispute by a written settlement agreement that provided for Tamarind to give Sanders a screen credit stating: “A Film by Terry Sanders.” Tamarind did not comply with this agreement and failed to include the agreed-upon screen credit for Sanders. Sanders sued Tamarind seeking damages for breach of the settlement agreement and specific performance to compel Tamarind’s compliance with its obligation to provide the screen credit.

a. What arguments would support Sanders’s claim for specific performance in addition to damages?

b. What arguments would support Tamarind’s claim that Sanders was not entitled to specific performance in addition to damages?

c. Which side’s arguments are most convincing? Explain.

dolution

 
"Looking for a Similar Assignment? Get Expert Help at an Amazing Discount!"

dolution

/in /by

dolution.

At the “Berman” dental clinic Dr. Verban is the only doctor who provides dental service to the patients. Patients arrive at this dental facility to be examined and cleaning of their teeth once a year. The arrival rate of dental patients at the dental office is at the rate of 4 per hour following a Poisson distribution. Dr. Verban’s dental service is exponentially distributed at a rate of 7 per hour. (Enter your answers in the edit fields — only numeric values. Enter all responses with four decimal places).

a) What is the utilization rate of the system (in percentage format, example- 33.3333)? Blank 1. Calculate the answer by read surrounding text. %

b) What is the average number of patients waiting to be served? Blank 2. Calculate the answer by read surrounding text.

c) What is the average number of patients in this dental system? Blank 3. Calculate the answer by read surrounding text.

d) How long must the average patients wait until he/she gets served (in minutes)? Blank 4. Calculate the answer by read surrounding text.

dolution

 
"Looking for a Similar Assignment? Get Expert Help at an Amazing Discount!"

dolution

/in /by

dolution.

Two hotels are considering a location along a newly constructed highway through the desert. The highway is 500 km long with an exit every 50 km (including both ends). The hotels may choose to locate at any exit. These will be the only hotels for any traveler using the highway. Each traveler has their own most preferred location along the highway (at some exit) for a hotel, and will choose to go to the hotel closest to that location.Travelers’ most preferred locations are distributed evenly, so that each exit has the same number of travelers who prefer that exit. If both hotels are at the same distance form a traveler’s preferred location, then that traveler flips a coin to determine which hotel to stay at. A hotel would each like to maximize the number of travelers who stay at it

Which pairs of locations form Nash equilibria?

(This is a 3 part question but we have 1 question per so the other two was If Hotel 1 locates at the 100 km exit, where should Hotel 2 locate? Given Hotel 2’s location you just found, where would Hotel 1 prefer to locate? i also post other two so if you answer only this one it will very much appreciated )

dolution

 
"Looking for a Similar Assignment? Get Expert Help at an Amazing Discount!"