XYZ Co. has forecasted June sales of 800 units and July sales of 1800 units. The company maintains ending inventory equal to 125% of next month's sales. June beginning inventory reflects this policy. What is June's required production?

PYTHON PROGRAM: Write a program that determines the day of the week for any given calendar date after January 1, 1900, which was a Monday. This program will need to account for leap years, which occur in every year that is divisible by 4, except for years that are divisible by 100 but are not divisible by 400. For example, 1900 was not a leap year, but 2000 was a leap year.

In 16 months Rebecca is to pay back $10,000 to a loan he took out from Eric. He’s able to renegotiate to paying Jabba $2000 in 3 months, two equal payments of $X in 6 and 11 months, and $3500 in 16 months. What is X if the interest rates are j12= 7% for 5 months and j12= 9% thereafter?

Write an if-else statement with multiple branches. If givenYear is 2101 or greater, print "Distant future" (without quotes). Else, if givenYear is 2001 or greater (2001-2100), print "21st century". Else, if givenYear is 1901 or greater (1901-2000), print "20th century". Else (1900 or earlier), print "Long ago". Do NOT end with newline C++

500 mm thick square footing is to be placed at a depth of 0.5 m in a clayey sand where c¢ = 10 kPa, f¢ = 34°, g = 19.0 kN/m3. The column load to be applied on the footing is 2000 kN. What should be the width of the footing? please show each steps with how you solved to obtain value of B

Analyze why, despite employing various investment appraisal techniques, large investment projects in big corporations may fail to deliver their estimated cash flows. Critically assess how a failed capital project may affect key stakeholders and shareholder value, and also shape the future strategy of investment capital.

(within 2000 words)

The signal output from a certain process in an industry is described by the following equation

h (t) = 5 cos 2π1000 t + 7 cos 2π 2000 t + 2 cos 2π 3000 t.

If the above signal h(t) is sampled at the rate of 5000 samples/second, comment on the output obtained from the reconstruction process.

Estimating Demand for Super Detergents:

Here is the story: Branded Products, LLC., based in Sharjah, UAE, is a leading producer and marketer of household laundry detergent and bleach products. About a year ago, Branded Products rolled out its new Super Detergent in 15 regional markets following its success in test markets. Branded Products, LLC. hired a marketing consulting firm to perform a test marketing of product called Super Detergent. The marketing consultants collected data on average household income (M), the population of the marketing area (N), and the price of a rival brand of Detergents (PR). At the end of the month, total demand of Super Detergent (Q) were tabulated to provide the following data from which the consultants estimated an empirical demand function for the product.

Table 1

Using the marketing data from the 15 test markets shown above, estimate the parameters of the linear empirical demand function:

Q=a+bP+cM+dPR+eN

If any of the parameter estimates are not significant at the 5% level of significance, drop the associated explanatory variable from the model and estimate the demand function again.

1. Using the data in Table 1, specify a linear functional form for the demand for super detergent, and run a regression to estimate the demand for super detergent.

2. Using Excel Data Analysis, estimate the parameters of the empirical demand function specified in part a. Write your estimated demand equation.  

If price of the super detergent is AED3.50 per liter, average household income is AED 45, 000, the price of rival brand detergents is AED 3.00 per liter and the population (N) is 75, 000.

3. Calculate the estimated elasticity of Demand for super detergent. Is demand elastic or inelastic? Explain.

4. What is the estimated income elasticity of demand for super detergent? Is Super Detergent a normal or inferior good? Explain.

5. By using the appropriate tests, evaluate the significance of the regression as a whole and the significance of the individual parameters at 5 percent level of significance.

6. Interpret the R² value.

1. In the 19th century, most books quoted "blood heat" as 98 F, until a study published the mean (but not the variance) of a large sample as 36.88 °C. Subsequently, that mean was widely quoted as "37 C”. This translates to 98.6 F.    (Wikipedia)

In a recent study of 148 healthy men and women ages 18-40 years, participating in the Shigella Vaccine Trials at the University of Maryland Center for Vaccine Development, had oral temperatures measured 1-4 times daily for three consecutive days using an electronic digital thermometer. The mean observed oral temperature was 36.8 C which translates to 98.2 F, with a standard deviation of 0.62 F.   (Altern Med Rev 2006;11(4):278-293)

If you select a person at random from a population with body temperatures that are N(98.2,0.62)…-

. Use the empirical rule to determine the probability that the body temperature is between 98.2 and 99.44. Round to 4 decimal places

2.

In the 19th century, most books quoted "blood heat" as 98 F, until a study published the mean (but not the variance) of a large sample as 36.88 °C. Subsequently, that mean was widely quoted as "37 C”. This translates to 98.6 F. (Wikipedia)
In a recent study of 148 healthy men and women ages 18-40 years, participating in the Shigella Vaccine Trials at the University of Maryland Center for Vaccine Development, had oral temperatures measured 1-4 times daily for three consecutive days using an electronic digital thermometer. The mean observed oral temperature was 36.8 C which translates to 98.2 F, with a standard deviation of 0.62 F. (Altern Med Rev 2006;11(4):278-293)
If you select a person at random from a population with body temperatures that are N(98.2,0.62)…
-. Use the empirical rule to determine the probability that the body temperature is between 97.58 and 99.44. Round to 4 decimal places

3.

In the 19th century, most books quoted "blood heat" as 98 F, until a study published the mean (but not the variance) of a large sample as 36.88 °C. Subsequently, that mean was widely quoted as "37 C”. This translates to 98.6 F.    (Wikipedia)

In a recent study of 148 healthy men and women ages 18-40 years, participating in the Shigella Vaccine Trials at the University of Maryland Center for Vaccine Development, had oral temperatures measured 1-4 times daily for three consecutive days using an electronic digital thermometer. The mean observed oral temperature was 36.8 C which translates to 98.2 F, with a standard deviation of 0.62 F.   (Altern Med Rev 2006;11(4):278-293)

If you select a person at random from a population with body temperatures that are N(98.2,0.62)…-

- Use the empirical rule to determine the probability that the body temperature is larger than 99.44. Round to 4 decimal places