One example of Global Marketing that has been unsuccessful.

1. Provide a brief description of the example that you selected. Be sure to include the company, market they were entering and why you considered it to be a failure.
2. Why do you think the company took the approach it did in marketing to an international market?
3. What did they not consider in marketing their product, good or service?
4. What consequences did the company suffer as a result of this failed marketing effort?

Shan Foods Pvt Ltd. factory overhead rate is Rs. 3 per hour. Budgeted overhead for 3000 hours per month is Rs.16000 and at 7000 hours is Rs.24000. Actual FOH for the month is Rs.18000 and actual volume is 5000 hours.
Required:

1. Variable overhead rate.

2. Budgeted fixed overhead.

3. Normal capacity hours.

4. Applied factory overhead.

5. Over or under applied factory overhead. What can be the possible reasons for the over or under applied FOH? And what measures should company take to overcome over applied FOH in future?

6. Spending Variance. What are the causes of unfavorable spending variance? And what measures should company take to reduce unfavorable spending variance in future?

7. Idle Capacity Variance. What are the causes of unfavorable idle capacity variance? And what measures should company take to reduce unfavorable idle capacity variance in future?

Shan Foods Pvt Ltd. factory overhead rate is Rs. 3 per hour. Budgeted overhead for 3000 hours per month is Rs.16000 and at 7000 hours is Rs.24000. Actual FOH for the month is Rs.18000 and actual volume is 5000 hours.
Required:

1. Variable overhead rate.

2. Budgeted fixed overhead.

3. Normal capacity hours.

4. Applied factory overhead.

5. Over or under applied factory overhead. What can be the possible reasons for the over or under applied FOH? And what measures should company take to overcome over applied FOH in future?

6. Spending Variance. What are the causes of unfavorable spending variance? And what measures should company take to reduce unfavorable spending variance in future?

7. Idle Capacity Variance. What are the causes of unfavorable idle capacity variance? And what measures should company take to reduce unfavorable idle capacity variance in future?

1- Describe in detail who first introduced the Confidence Intervals & Estimation process in Statistics, his background and contribution to the field of statistics?

2- Describe in detail a Confidence Interval Estimate is a type of interval estimate that is computed from an observed data?

Examine the three samples obtained independently from three populations:

Population Data

Conduct a one-way analysis of variance on the data assuming the populations have equal variances and the populations are normally distributed. Use alpha = 0.05. Please be sure to clearly state the null and alternative hypotheses, critical value, test statistic, and conclusion.

A study of the amount of time it takes a mechanic to rebuild the transmission for a 2010 Chevrolet Colorado shows that the mean is 8.4 hours and the standard deviation is 1.8 hours. If 40 mechanics are randomly​ selected, find the probability that their mean rebuild time is less than 8.9 hours. Round to four decimal places. A.0.9756 B.0.9605 C.0.4276 D.0.9589

For the titration of 50.0 mL of 0.150 M acetic acid with 0.100 M sodium hydroxide, determine the pH when:

(a) 50.0 mL of base has been added.

(b) 75.0 mL of base has been added.

(c) 100.0 mL of base has been added.

Use 4 steps of the Modified Euler’s method to solve the following differential equation to t = 2.6, given that y(0) = 1.1. In your working section, you must provide full working for the first two steps. To make calculations easier, round the calculations at each step to four decimal places, and provide your final answer with four decimal places. dy/ dt = 1.4sin(ty)

If the infimum of a bounded set E does not exist in E, then why must E have a limit point. And if the infimum does exist in E, why is it inconclusive?

The average annual cost (including tuition, room, board, books, and fees) to attend a public college takes nearly a third of the annual income of a typical family with college age children. At private colleges, the average annual cost is equal to about to about 60% of the typical family’s income. The following random samples show the annual cost of attending private and public colleges. Data are in thousands of dollars. Private Colleges 52.8 43.2 45.0 33.3 44.0 30.6 45.8 37.8 50.5 42.0 Public Colleges 20.3 22.0 28.2 15.6 24.1 28.5 22.8 25.8 18.5 25.6 14.4 21.8 Using manual calculation to answer the following questions:

a. Compute the sample mean and the sample standard deviation for private and public collages

b. What is the point estimate of the difference between the population mean?

c. Interpret this value in terms of the annual cost of attending private and public colleges.

d. Develop a 95% confidence interval of the difference between the mean annual cost of attending private and public colleges.

1. What are the important sources and sinks of DO in natural waters?

2. What is the difference between DO concentration and oxygen solubility?

3. What is the approximate range of oxygen solubility in fresh water in equilibrium with atmospheric O2 at 10-25°C? What is the trend of oxygen solubility when the water temperature increases?

Suppose an enzyme has Km = 0.1mM and kcat = 10^3 s-1, and you perform an experiment in which [E]tot = 10-7M. Suppose that adding 0.1 µM of an inhibitor results in a Kmeff= 0.5 mM, and has no effect on kcat. Determine the substrate concentation that would be necessary to achieve a reaction velocity v of 5*10^-5Ms-1

In lab you will roll a cart down a nearly frictionless incline set at a small angle. The cart will start at rest and travel a distance of 30.0cm±0.2cm. After travelling, the flag will pass through the photogate in order to measure the speed, vf or v30 (the speed at the end of the 30.0cm trip).

Size of flag: d(flag width)=1.50cm±0.10cm

Time through photogate t(blocked) = 0.02095s±0.00010s

You know the initial speed, final speed, and distance the cart travels (not d(flag width)).

Which of the four constant acceleration kinematic equations should you use to determine the acceleration?

1. Equation choice:
2. Solve equation for a:
3. Find the percent error of the acceleration:
4. Find the absolute error of the acceleration:

Provide final answer in following format:

a=__________m/s2±__________%

a=__________±__________m/s2

One contributor to the cost of college education is the purchase of textbooks. Administrators at a private college are interested in estimating the average amount students spend on textbooks during the first four years at the college. A random sample of 200 students was taken showing a sample mean of X ̅ = $5,230. Suppose that past studies have indicated that the population standard deviation for the amount students spend on textbooks at this college is σ = $500.

a.Develop and interpret 90% confidence interval estimate of the population mean.

b.Develop and interpret 95% confidence interval estimate of the population mean.

c.Discuss what happens to the width of the confidence interval (margin of error) as the confidence level is increased?

The mean number of flying times for pilots at Southwest Airlines is X ̅ = 80 hours per month. Assume that this mean was based on actual flying times for a sample of n = 25 Southwest Airlines pilots and that the sample standard deviation was S = 8.5 hours.

a.Construct and interpret a 95% confidence interval estimate of the population mean flying time for the Southwest Airlines pilots.

b.What is the margin of error in part a?