Problem 5-1A Perpetual: Alternative cost flows LO P1 [The following information applies to the questions displayed below.] Warnerwoods Company uses a perpetual inventory system. It entered into the following purchases and sales transactions for March. Date Activities Units Acquired at Cost Units Sold at Retail Mar. 1 Beginning inventory 70 units @ $50.40 per unit Mar. 5 Purchase 210 units @ $55.40 per unit Mar. 9 Sales 230 units @ $85.40 per unit Mar. 18 Purchase 70 units @ $60.40 per unit Mar. 25 Purchase 120 units @ $62.40 per unit Mar. 29 Sales 100 units @ $95.40 per unit Totals 470 units 330 units Problem 5-1A Part 1 Required: 1. Compute cost of goods available for sale and the number of units available for sale. 2. Compute the number of units in ending inventory. Compute gross profit earned by the company for each of the four costing methods. For specific identification, the March 9 sale consisted of 50 units from beginning inventory and 180 units from the March 5 purchase; the March 29 sale consisted of 30 units from the March 18 purchase and 70 units from the March 25 purchase. (Round weighted average cost per unit to two decimals and final answers to nearest whole dollar.)

(YOU don't need to write the client class I already have it, just need this)

You are provided with Main.java that is a client for this program.

You will create THREE files-- GameCharacter.java, ShieldMaiden.java, and Dragon.java

First: You must Create an interface called GameCharacter WITH JUST PROTOTYPES, NO IMPLEMENTATIONS

A GameCharacter has a few functions associated with it

1) takeHit: decreases the character's health. It should return an int representing damage taken (hit points)

2) heal: increases the character's health. Should return an int representing amount healed (i.e. hit points)

3) getHealth: returns the total current health the character has (i.e. hit points)

4) isAlive: determines if the character is dead. Should return true if the character is dead, and false if not.

Second: Then create two classes. One should be named Dragon, and the other should be named ShieldMaiden (i.e. warrior) that IMPLEMENT Game Character. Give them each private variables for health. The constructor should take in an initial amount to set health to.

Third: Implement the interface functions for these two classes (Dragon and ShieldMaiden). To make the game more interesting, the dragon's takeHit should hurt the dragon a random number from 10 to 20 inclusive and the ShieldMaiden's takeHit should hurt the shieldMaiden a random number from 15 to 25 inclusive. Furthermore, the dragon's heal should only heal the dragon a random number from 1 to 10 inclusive but the ShieldMaiden's heal should heal the ShieldMaiden a random number from 8 to 20 inclusive. A character is dead when they get negative health.

Balance Sheets of December 31, 2016 and 2017 and Income Statement for the Year Ended December 31, 2017 are given below. Please complete columns Dollar Change, Source or Use Increase/Decrease, Major Source/Major Use, and Cash Flow Activity to prove Increase or decrease in Cash. Compute Short-term Solvency/Liquidity for both years to answer whether Corbett Enterprises’ liquidity has improved or declined. Also, compute Long-term Solvency, Asset Utilization, and Profitability ratios for 2017 since only the 2017 income Statement is given.

Each of the solvents listed below are used in experiments in this text to extract organic compounds from aqueous solutions.

(i)Methylene chloride

(ii)pentane

(iii)Toluene

(iv)Diethyl ether

Will the organic phase be the upper or lower layer when each of these solvents is mixed with water? Explain your an- swer for each case. (b) If you placed an ice cube in each of the solvents i–iv listed above in (a), would you expect an ice cube placed in each to float? Explain your answer for each case

You wash dishes for a chemistry laboratory to make extra money for laundry. You earn 12 dollars/hour, and each shift lasts 75 minutes. Your laundry requires 12 quarters/load.

Part A

How many shifts must you work if you wish to wash 10 loads of laundry?

Part B

How many loads of laundry can you wash if you work 3 shifts?

Part C

How many loads of laundry will each shift pay for if the cost per load rises to 16 quarters?

For each scenario write the letter for what kind of hypothesis test or confidence interval is described. A. One sample z-test for a mean B. One sample t-test for a mean C. Matched pairs difference in means D. Two sample t-test for means independent E. One sample z-test for a proportion F. Two sample z-test for p1-p2 G. None of the above i. _______ An anthropology major believes the distribution of homes per city from the Anasazi Indians is normally distributed with a standard deviation of 12 homes. A random sample of 10 Anasazi cities shows an average of 46 homes. He wants an 85% confidence interval for the true overall average.

please read the article 'Exley Chemical Company' and write what was the type of organization in the company? do you think the company should be organized in other ways ?

Duncan Watts talks about the "small world phenomenon." What does he mean by this and who did the original research on it?

Q2.choose any medical complex and answer these:

a-Specify the products and services produced and offered to its customers/clients.

b-Who are regarded as the customers/clients of this medical complex (consider the end users, retailers, other manufacturers, employees, etc.)?

c-Provide the department or division layout of the organization.

(ps. for example, the medical complex dealing with food company( that provide breakfast to employee in this medical complex., they deal with this x company provide medical supplies to its pharmacy ,,they deal with the manufacturers with provide them blah blah  and the end users, retailers are blah blah which blah blah ,you got the idea? pleas answer like this or answer it in your own professional words in 200 or 300 if you can ,, thank you

3-2 Please provide details and examples

How can the long-run average cost (LRAC) curve be derived from the short-run average total cost (SRATC) curve? Describe economies of scale and diseconomies of scale. What are the determinants of economies of scale and diseconomies of scale, respectively? Using a real-world company (other than Sysco), explain the causes of economies of scale for your company. How would economies of scale help your company compete in its industry?

Gladstone Company tracks the number of units purchased and sold throughout each accounting period but applies its inventory costing method at the end of each period, as if it uses a periodic inventory system. Assume its accounting records provided the following information at the end of the annual accounting period, December 31.

Assuming that for Specific identification method (item 1d) the March 14 sale was selected two-fifths from the beginning inventory and three-fifths from the purchase of January 30. Assume that the sale of August 31 was selected from the remainder of the beginning inventory, with the balance from the purchase of May 1.

Required:

1. Compute the amount of goods available for sale, ending inventory, and cost of goods sold at December 31 under each of the following inventory costing methods: (Round intermediate calculations to 2 decimal places and final answers to the nearest whole dollar amount.)

1. 2-a. Of the four methods, which will result in the highest gross profit?

• Last-in, first-out

• Weighted average cost

• First-in, first-out

• Specific identification

1. 2-b. Of the four methods, which will result in the lowest income taxes?

• Last-in, first-out

• Weighted average cost

• First-in, first-out

• Specific identification

a 0.490 g sample of a compound is heated through the successive evolution of the following gases, all at 1.00atm pressure: 280 ml of h2o vapor at 182ºC, 112ml of ammonia vapor at 273ºC, 0.0225g ofwater at 400ºC and 0.200g of SO3 at 700ºC, At the end of the heating, 0.090 g of FeO remains. Deduce the empirical formula for the compound

Please do this operation in "R studio"

Please recall the vectors that we created for the topic "Data Frames".

name = c('Nikola','Albert', 'Marie','Isaac','Graham','Lise', 'Rosalind')
surname = c('Tesla','Einstein','Curie', 'Newton', 'Bell', 'Meitner', 'Franklin')
gender = c('Male','Male','Female','Male','Male','Female','Female')
years = c(87,76,75,84,77,89,81)
field_of_study = c('Engineering','Physics','Chemistry','Physics','Engineering','Physics','Chemistry')

Please check for the function "cut" and use it to create a data frame named "scientists" which has the values

name surname gender years field_of_study years_bin
1 Nikola Tesla Male 87 Engineering (80,90]
2 Albert Einstein Male 76 Physics (70,80]
3 Marie Curie Female 75 Chemistry (70,80]
4 Isaac Newton Male 84 Physics (80,90]
5 Graham Bell Male 77 Engineering (70,80]
6 Lise Meitner Female 89 Physics (80,90]
7 Rosalind Franklin Female 81 Chemistry (80,90]

where "years_bin" attribute is the bin of "years", either "70 to 80" or "80 to 90".

Then please check the function "tapply" to get the averages of the bins like

(70,80] (80,90]
76.00 85.25

Note : Use of functions and methods (such as loops, conditionals) that are not covered yet is forbidden

Consider a corporate bond with refunding protection and a different corporate bond with call protection. Briefly describe a situation in which a company might call a bond but not refund the bond. In other words, describe a situation in which a bond is **Called but not refunded***