Question

A discussion topic will be posted here shortly. You must reply to the question with your own response by Thurs Oct 31. You must also reply to the posts of 2 peers by Sunday, Nov 3. Please see the syllabus for discussion requirements. Each of your 3 posts should be a minimum of 300 words and use a properly formatted citation to support your ideas Here's this week's discussion: Part A: Describe a remote encounter, a phone encounter, and a face-to-face encounter that you have had recently. How did you evaluate the encounter, and what were the most important factors determining your satisfaction/dissatisfaction in each case? Part B: Think about a service organization that retains you as a loyal customer. Has your relationship with the company evolved over time? Why are you loyal to this provider? What are the benefits to you of staying loyal and not switching to another provider? What would it take for you to switch?

220

likes
1100 views

Answer to a math question A discussion topic will be posted here shortly. You must reply to the question with your own response by Thurs Oct 31. You must also reply to the posts of 2 peers by Sunday, Nov 3. Please see the syllabus for discussion requirements. Each of your 3 posts should be a minimum of 300 words and use a properly formatted citation to support your ideas Here's this week's discussion: Part A: Describe a remote encounter, a phone encounter, and a face-to-face encounter that you have had recently. How did you evaluate the encounter, and what were the most important factors determining your satisfaction/dissatisfaction in each case? Part B: Think about a service organization that retains you as a loyal customer. Has your relationship with the company evolved over time? Why are you loyal to this provider? What are the benefits to you of staying loyal and not switching to another provider? What would it take for you to switch?

Expert avatar
Jon
4.6
110 Answers
**Part A:** 1. **Remote Encounter** Recently, I had a remote encounter with a customer service team via email regarding an issue with an online purchase. The response was quick and well-structured, and they provided clear steps to resolve the problem. I evaluated the encounter based on response time, clarity, and the helpfulness of the solution. My satisfaction stemmed from the quick turnaround and the ease with which I could follow their guidance. 2. **Phone Encounter** I had a phone conversation with my bank to resolve a transaction issue. The representative was polite, but the hold time was long, and I had to repeat my details multiple times. I evaluated the encounter based on wait time, the representative’s helpfulness, and the resolution provided. My satisfaction was somewhat mixed; while the representative was helpful, the hold time and repeated explanations made the experience less efficient. 3. **Face-to-Face Encounter** Recently, I visited a local store for a product exchange. The staff was friendly and proactive in assisting me, making the process smooth and efficient. I evaluated the encounter based on their attentiveness, problem-solving ability, and the speed of service. I was very satisfied due to the friendly and proactive approach, which made the interaction feel personal and efficient. **Part B:** I am a loyal customer of Vodacom(or any service provider), a company I’ve used for several years for internet and streaming services. Over time, my relationship with them has grown as they’ve consistently met my needs by offering reliable service, competitive pricing, and regular loyalty rewards. I’m loyal because they’ve built trust by resolving any issues quickly and by providing occasional discounts or service upgrades. The benefit of staying loyal is the reliability and familiarity of the service, and I don’t need to re-establish my preferences with a new provider. However, if their service quality dropped, or if a competitor offered significantly better service at a lower price, I might consider switching.

Frequently asked questions (FAQs)
Question: Find the value of sin(π/4) + 2cos(π/6) - tan(5π/12)
+
Math question: Find the limit as x approaches 0 of (e^(1/x) - 1) / (sin(x)) using L'Hospital’s Rule.
+
What is the value of (16 × 3) ÷ 5 + (7 × 2) but subtracted by 12?
+
New questions in Mathematics
A particular employee arrives at work sometime between 8:00 a.m. and 8:40 a.m. Based on past experience the company has determined that the employee is equally likely to arrive at any time between 8:00 a.m. and 8:40 a.m. Find the probability that the employee will arrive between 8:05 a.m. and 8:30 a.m. Round your answer to four decimal places, if necessary.
Determine all solutions to the inequality |2x + 6| − |x + 1| < 6. Write your final answer in interval notation
X^2 = 25
how many arrangement can be made of 4 letters chosen from the 8 letters of the world ABBSOLUTE
Find the sum of the first 41 terms of the progression that begins: 32, 24, 16, …
Log(45)
Subscribers to the FAME magazine revealed the following preferences for three categories: Fashion 30, Athletics 24 and Business 15. Following these frequencies of observation, compute the chi-square test statistic. At the 0.05 level of significance, would you conclude they are similar?
You are the newly appointed transport manager for Super Trucking (Pty) Ltd, which operates as a logistics service provider for various industries throughout southern Africa. One of these vehicles is a 4x2 Rigid Truck and drawbar trailer that covers 48,000 km per year. Use the assumptions below to answer the following questions (show all calculations): Overheads R 176,200 Cost of capital (% of purchase price per annum) 11.25% Annual License Fees—Truck R 16,100 Driver Monthly cost R 18,700 Assistant Monthly cost R 10,500 Purchase price: - Truck R 1,130,000 Depreciation: straight line method Truck residual value 25% Truck economic life (years) 5 Purchase price: Trailer R 370,000 Tyre usage and cost (c/km) 127 Trailer residual value 0% Trailer economic life (years) 10 Annual License Fees—Trailer R 7,700 Fuel consumption (liters/100km) 22 Fuel price (c/liter) 2053 Insurance (% of cost price) 7.5% Maintenance cost (c/km) 105 Distance travelled per year (km) 48000 Truck (tyres) 6 Trailer (tyres) 8 New tyre price (each) R 13,400 Lubricants (% of fuel cost) 2.5% Working weeks 50 Working days 5 days / week Profit margin 25% VAT 15% Q1. Calculate the annual total vehicle costs (TVC)
A recurring sequence is one where elements repeat after completing one standard. If the sequence AB8C14D96AB8C1... is recurring its twentieth term is equal to: (A) B. (B) 8. (C) A. (D) 6. (E) D.
3/9*4/8=
In a laboratory test, it was found that a certain culture of bacteria develops in a favorable environment, doubling its population every 2 hours. The test started with a population of 100 bacteria. After six hours, it is estimated that the number of bacteria will be:
Twenty‐five students in a class take a test for which the average grade is 75. Then a twenty‐sixth student enters the class, takes the same test, and scores 70. The test average grade calculated with 26 students will
nI Exercises 65-68, the latitudes of a pair of cities are given. Assume that one city si directly south of the other and that the earth is a perfect sphere of radius 4000 miles. Use the arc length formula in terms of degrees to find the distance between the two cities. 65. The North Pole: latitude 90° north Springfield, Illinois: latitude 40° north
Given the word WEIRD, determine a four-letter offspring that can be formed with the letters of the word written above
A factory produces glass for windows. The thickness X of an arbitrarily selected pane of glass is assumed to be Normally distributed with expectation μ = 4.10 and standard deviation σ = 0.04. Expectation and Standard deviation is measured in millimeters. What is the probability that an arbitrary route has a thickness less than 4.00 mm?
22. Let [AB] be a chord in a circle C, and k a circle which is internally tangent to the circle C at a point P and to the chord [AB] at a point Q. Show that the line P Q passes through the midpoint of the arc AB opposite to the arc APB.
Select a variable and collect at least 50 data values. For example, you may ask the students in the college how many hours they study per week or how old they are, etc. a. Explain what your target population was. b. State how the sample was selected. c. Summarise the data by using a frequency table. d. Calculate all the descriptive measures for the data and describe the data set using the measures. e. Present the data in an appropriate way. f. Write a paragraph summarizing the data.
draw the condensed formula fpr 3,3,4 triethylnonane
-Please answer to the following questions: What is the price elasticity of demand? Can you explain it in your own words? What is the price elasticity of supply? Can you explain it in your own words? What is the relationship between price elasticity and position on the demand curve? For example, as you move up the demand curve to higher prices and lower quantities, what happens to the measured elasticity? How would you explain that? B-Assume that the supply of low-skilled workers is fairly elastic, but the employers’ demand for such workers is fairly inelastic. If the policy goal is to expand employment for low-skilled workers, is it better to focus on policy tools to shift the supply of unskilled labor or on tools to shift the demand for unskilled labor? What if the policy goal is to raise wages for this group? Explain your answers with supply and demand diagrams. Make sure to properly cite and reference your academic or peer-reviewed sources (minimum 2).
Slope (7,3) and (9,5)