RELATED QUESTIONS

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  Daily PLC produces & sale product A. It uses three different kind of direct materials D.M. X, Y and Z.. 6, 4 and 2 k.g of material X,Y and Z are required to produce a unit of product A. The materials cost br. 10, 12 and 14 per unit respectively. 4 labor hours at rate of 25 per hour are required to completely produce one unit of A.. MOH is applied to the products at 50 % of prime cost. Operating expenses are equal to 80% of cost of goods manufactured. During the period just ended 60 units of A were produced and sold for 100% profit on Cost of Goods manufactured. There were no beginning and ending inventory. The firm is subject to 30 percent income tax rate. Required: Compute the following for product A. A. . Total Cost of Goods manufactured B. B. Total sale. C. D. Net Income
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  What is the least common multiple of 24 and 9.9289?
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  I want to invest in FX spot market. What is the best way of doing it?
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  In a used car market, 50% of the cars are white, and 30% of them have two doors, what is the probability of choosing a white car with two doors?
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  A geriatrician wanted to study the problem of diabetes in a nursing home. The nursing home had 300 residents. Among these, 30 residents were already diagnosed as diabetic, and 20 more residents were diagnosed as diabetics after blood glucose and HbA1c tests on Jan 1, 2016. Blood work up was done at 6-month intervals and 50 residents were diagnosed with diabetes over the course of 12 months. What is the incidence rate of diabetes in the nursing home population in the year 2016?
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  if s and t are the two roots of x^2-7x+2=0, the quadratic equation whose roots are s+1 and t+1 is equal to?
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  A committee of people is to be selected from a group of 5 men and 4 women. Assuming that the selection is made randomly, what is the probability that the committee consists of 3 men and 2 women?
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  a return on the order of 100x - what is X
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  Read the scenario. Levi examines the effect of fertilizer on the growth of tomato plants. Over a 15-day period, he gives the plants fertilizer on Days 1, 4, 7, 10, and 13. He measures and records the height of all of his plants on Days 3, 6, 9, 12, and 15. His observations are shown in the table below. A data table showing four plants, the amount of fertilizer each is given (in milliliters), and their heights (in centimeters) at 6 separate measuring periods (in days): Plant A: 0 milliliters of fertilizer. Heights: (day 0, 4 centimeters) (day 3, 7), (day 6, 10), (day 9, 12), (day 12, 15), (15, 18). Plant B: 10 milliliters of fertilizer. Height: (day 0, 4 centimeters), (day 3, 9), (day 6, 14), (day 9, 19), (day 12, 21), (day 15, 25). Plant C: 20 milliliters of fertilizer. Height: (day 0, 4 centimeters), (day 3, 12), (day 6, 20), (day 9, 27), (day 12, 34), (day 15, 42). Plant D: 30 milliliters of fertilizer. Height: (day 0, 4 centimeters), (day 3, 13), (day 6, 22), (day 9, 29), (day 12, 38), (day 15, 46).