2. Here is the situation” Two feral children meet (one A cases and one B case)...

2. Here is the situation” Two feral children meet (one A cases and one B case) and there is no one around. What happens? Script the interaction that occurs. You must provide the reasons for why the interaction occurred as you hypothesize.

Expert Solution

What happens? Script the interaction that occurs.

TypeA Feral child: Hey! Do you know how to climb a tree and then swing on it, through swinging how to reach to other tree simultaneously and plucking mango from that tree with other hand and eating the mango. Can you do all these things together?

TypeB Feral child: No buddy! I can just climb the tree very fast.

TypeA Feral child: OK, let me show you how to do this all simultaneously.

TypeB Feral child: OK plesase!

Reasons for why the interaction occurred in this way are following:

(1)A feral child is a human child who has lived isolated from human contact from a very young age. They may be living in some jungle.

(2)So these child may learn these acts such as climbing a tree, swinging on tree branches etc.

(3)Type A child is multitasking while type B child can do one task at a time. So, my script is as per above.

Kindly do like if It Helped!
Thank you!!!

Hayet Jeridi answered 2 months ago

1. Here is the situation: “Two feral children meet (both are A cases) and there is...

1. Here is the situation: “Two feral children meet (both are A cases) and there is no one around. What happens? Script the interaction that occurs. You must provide the reasons for why the interaction occurred as the hypothesize.

The two independent cases are listed below: Case A Case B Year 2 Year 1 Year...

The two independent cases are listed below: Case A Case B Year 2 Year 1 Year 2 Year 1 Sales Revenue $ 11,200 $ 9,200 $ 22,000 $ 18,200 Cost of Goods Sold 6,100 5,600 12,400 11,100 Gross Profit 5,100 3,600 9,600 7,100 Depreciation Expense 1,020 1,020 1,520 1,520 Salaries and Wages Expense 2,600 2,020 5,200 5,020 Net Income 1,480 560 2,880 560 Accounts Receivable 310 410 760 610 Inventory 760 510 750 810 Accounts Payable 820 720 810 870...

Read the following cases. Select two of the cases and state whether the action or situation...

Read the following cases. Select two of the cases and state whether the action or situation shows a violation, or potential violation, of the AICPA Code of Professional Conduct. Explain why and cite the relevant rule or interpretation. As a class, let’s be sure to answer all the different cases. Certified public account (CPA), Sal Colt, has discovered a way to eliminate most of the boring work of processing routine accounts receivable confirmations by contracting with the Cohen Mail Service....

Determine the missing amounts in each of the following independent cases. Case A Case B Case...

Determine the missing amounts in each of the following independent cases. Case A Case B Case C Beginning inventory, raw material 98,000 7,500 Ending inventory, raw material 199,000 34,000 Purchases of raw material 295,000 274,000 Direct material used 235,000 323,000 Direct labor 395,000 72,000 Manufacturing overhead 595,000 99,000 Total manufacturing costs 1,135,000 1,130,000 222,000 Beginning inventory, work in process 89,000 79,000 Ending inventory, work in process 124,000 4,400 Cost of goods manufactured 1,088,000 225,000 Beginning inventory, finished goods 195,000 139,000...

For each of the cases below, describe in one sentence a situation from everyday life (that...

For each of the cases below, describe in one sentence a situation from everyday life (that is, things you have actually seen or experienced) that demonstrates the listed principle or process. a) The First Law b) An isothermal process c) A reversible, adiabatic process d) An irreversible process

Case # 2 in Gapenski Cases in Healthcare Finance addresses a typical case of defining provider...

Case # 2 in Gapenski Cases in Healthcare Finance addresses a typical case of defining provider payments based on Pay for Performance (P4P) standards. Please read the Case and the solution file included in this weeks handouts. Discuss the methods of P4P included in the case (Productivity, Financial and Quality) in respect to healthcare financial viability for providers as we move deeper and deeper into refining and modifying the healthcare payment mechanisms in the United States. Be sure to discuss...

Case Study B: Ms. J. is a 30-year-old healthy single mother with two children. She has...

Case Study B: Ms. J. is a 30-year-old healthy single mother with two children. She has worked as a paramedic in her community for 6 years. She and her partner responded to a call involving a man who had been drinking heavily at a family party and who was partially conscious. When she and her partner attempted to transfer the 100-kg man to a stretcher, the man grabbed her neck, causing her severe pain. Ms. J.’s doctor diagnosed a spinal...

Oncology Ethics Cases Individual Case Case One: Who Decides About "Juanita"? This patient is 9 years...

Oncology Ethics Cases Individual Case Case One: Who Decides About "Juanita"? This patient is 9 years old and has advanced AML (Leukemia). She was originally treated in her hometown in south Texas, but failed to respond to any of four regular and experimental chemotherapy protocols. Her pediatrician, in consultation with a major pediatric center, has advised this family, that there is one other possible treatment to consider--a bone-marrow transplant (BMT). This will involve traveling to the pediatric center, and remaining...

Section B – Answer all the following two (2) questions Case George Brown is not...

Section B – Answer all the following two (2) questions Case George Brown is not doing well in his job. The problems began to appear shortly after His job was changed from a manual to a computer-based operation. He has tried but he is just not doing well in terms of learning to use the computer and meet the performance expectations. As a 55-year-old employee with over 30 years with the company, George is both popular and influential among...

On a weekend, two parents take their children (A, B and C) to the movies. They...

On a weekend, two parents take their children (A, B and C) to the movies. They sit in a row of five seats. Find the probability that a) A and B sit next to each other. b) Alice and C do not sit next to each other. c) Alice and B sit next to each other while A and C do not sit next to each other.

Question