Using the following case, describe how you would set up a program for young boy Jonathon who is watching too much T.V. and not getting his homework done, by using principles from operant conditioning (behavior modification). Be sure to include all of he tasks you would use before getting started. Determine the target behavior you would seek to change. include techniques that both increase and decrease the target behavior and those behaviors closely associated with the target behavior.

Jonathon is an eight-year-old boy. He is in the third grade and Bonneville Elementary School in Salt Lake County. He is the middle of three children. His older brother is age l l and his younger sister is age four. All three children live with their biological mother. Their parents divorced a year ago.

The children's father, Marquis, has a new partner and they live in an apartment approximately 15 miles from Jonathon, his mom, and his siblings. His mother is not seeing anyone at this time, so her evenings are spent at home with the children. She is, however, employed outside of the home and works as a clerk at a local convenience store.

Once a week, and every other weekend, the kids go to their father's house. Jonathon has begun complaining about being there as he reports it is not much fun because his father is "never there". He indicated that his dad's girlfriend isn't very friendly and that she orders Jonathon and siblings around all of the time.    

Jonathon did well is school, until his parents began to have relationship problems. His mom especially noticed a change in his grades after his father moved out of the house, just over a year ago. Prior to that, he was earning A and B grades and seemed to enjoy his teachers and classmates.

He has been assessed and does not have any neurological problems or learning disorders. As the school social worker, you have been asked to help Jonathon by setting up a behavioral program that will improve his grades.   Your assignment is to set up a program that addresses his study habits. He has been watching TV excessively, according to his mother, and he his neglecting to do his homework. As a result, he is getting D and F grades in his classes

The plant asset and accumulated depreciation accounts of Pell Corporation had the following balances at December 31, 2020:

Transactions during 2021 were as follows:

1. On January 2, 2021, equipment were purchased at a total invoice cost of $230,000, which included a $4,900 charge for freight. Installation costs of $21,000 were incurred.
2. On March 31, 2021, a small storage building was donated to the company. The person donating the building originally purchased it three years ago for $19,000. The fair value of the building on the day of the donation was $14,000.
3. On May 1, 2021, expenditures of $44,000 were made to repave parking lots at Pell's plant location. The work was necessitated by damage caused by severe winter weather. The repair doesn't provide future benefits beyond those originally anticipated.
4. On November 1, 2021, Pell acquired a tract of land with an existing building in exchange for 10,000 shares of Pell’s common stock that had a market price of $32 per share. Pell paid legal fees and title insurance totaling $20,000. Shortly after acquisition, the building was razed at a cost of $29,000 in anticipation of new building construction in 2022.
5. On December 31, 2021, Pell purchased a small storage building by giving $13,750 cash and an old automobile purchased for $15,000 in 2014. Depreciation on the old automobile recorded through December 31, 2021, totaled $11,250. The fair value of the old automobile was $3,450.

Required:

For each asset classification, prepare a schedule showing depreciation for the year ended December 31, 2021, using the following depreciation methods and useful lives:

Land improvements—Straight line; 15 years.
Building—150% declining balance; 20 years.
Equipment—Straight line; 10 years.
Automobiles—Units-of-production; $0.50 per mile

Depreciation is computed to the nearest month and no residual values are used. Automobiles were driven 35,000 miles in 2021. (Do not round intermediate calculations and round your final answers to 2 decimal places.)

You work for a small advertising agency in Greengrass, N.Y. The agency’s principal
advertising clients are automobile dealers and automobile repair shops. The agency has a good
record of placing advertisements for its clients in both real-space and on the internet.
Last week, you were considering buying a used car, and you found a web-site called
“CarValues.com.” The web site contains a database of information about used vehicles on the
market. The (searchable) database contains dealer-written factual descriptions of the make,
model, color and condition of the vehicle; the number of miles on the vehicle; how long the
vehicle has been on the market; and the price history of the vehicle (what it was originally
offered for, and any subsequent price reductions).
The web site was very helpful to you as a consumer. The data base also contained
information about past used-car sales in the area for the prior 6 months. The formatting on
CarValues.com was not good, and the interface was not user-friendly. You are confident the
developers who work for your company would have created a more user-friendly website.
When you got to work on Monday, a light bulb went on in your head. Why don’t we
create a car-selling website for our advertising clients? They would love it. All we need is a
database to start with. And one is available – right there on the internet, at CarValues.com. So,
you go back and check. There was no Terms of Use Agreement!!! Their data is right there for the
taking. Once we have the data, our company can update the information on our own going
forward without having to copy it from CarValues. But being able to use the CarValues
information would help us get started right away.
Your technician says he can capture all the existing data in minutes. Then your
organization can do the updating going forward as new cars come on the market and existing
ones are sold.
You mention your idea to, Carla Speil, the head of the agency at lunch. She is intrigued.
But is it legal? What are the potential consequences if CarValues.com finds out? ...She sees the
rewards.... But what are the risks? “Should we do it?,” she asks. Unusual for an advertising
executive, she seemed concerned about the ethics.
Write a one-page memo, Ms. Speil says, answering her questions.

Lon Timur is an accounting major at a midwestern state university located approximately 60 miles from a major city. Many of the students attending the university are from the metropolitan area and visit their homes regularly on the weekends. Lon, an entrepreneur at heart, realizes that few good commuting alternatives are available for students doing weekend travel. He believes that a weekend commuting service could be organized and run profitably from several suburban and downtown shopping mall locations. Lon has gathered the following investment information.

Click here to view PV table.

(a)

Determine the annual (1) net income and (2) net annual cash flows for the commuter service. (Round answers to 0 decimal places, e.g. 125.)

(b)

Compute (1) the cash payback period and (2) the annual rate of return. (Round answers to 2 decimal places, e.g. 10.50.)

(c)

Compute the net present value of the commuter service. (Round answer to 0 decimal places, e.g. 125. If the net present value is negative, use either a negative sign preceding the number eg -45 or parentheses eg (45). For calculation purposes, use 5 decimal places as displayed in the factor table provided.)

1. Mean entry-level salaries for college graduates with mechanical engineering degrees and electrical engineering degrees are believed to be approximately the same. A recruiting office thinks that the mean mechanical engineering salary is actually lower than the mean electrical engineering salary. The recruiting office randomly surveys 44 entry level mechanical engineers and 58 entry level electrical engineers. Their mean salaries were $46,300 and $46,900, respectively. Their standard deviations were $3420 and $4230, respectively. Conduct a hypothesis test at the 5% level to determine if you agree that the mean entry- level mechanical engineering salary is lower than the mean entry-level electrical engineering salary. Let the subscript m = mechanical and e = electrical.
NOTE: If you are using a Student's t-distribution for the problem, including for paired data, you may assume that the underlying population is normally distributed. (In general, you must first prove that assumption, though.)

Part (d)State the distribution to use for the test. (Enter your answer in the form z or t_df where df is the degrees of freedom. Round your answer to two decimal places.)

Part (f)What is the p-value? (Round your answer to four decimal places.)

2.Some manufacturers claim that non-hybrid sedan cars have a lower mean miles-per-gallon (mpg) than hybrid ones. Suppose that consumers test 21 hybrid sedans and get a mean of 31 mpg with a standard deviation of 7 mpg. Thirty-one non-hybrid sedans get a mean of 20 mpg with a standard deviation of three mpg. Suppose that the population standard deviations are known to be six and three, respectively. Conduct a hypothesis test at the 5% level to evaluate the manufacturers claim.

Part (d)State the distribution to use for the test. (Round your answers to two decimal places.)

Part (e)What is the test statistic? (If using the z distribution round your answer to two decimal places, and if using the t distribution round your answer to three decimal places.)

Part (f)What is the p-value? (Round your answer to four decimal places.)

NOTE: If you are using a Student's t-distribution for the problem, including for paired data, you may assume that the underlying population is normally distributed. (In general, you must first prove that assumption, though.)

please don't answer unless you can do all parts, circle answer and show work please part

1)

A 13 foot ladder is leaning against a wall. If the top slips down the wall at a rate of 3 ft/s, how fast will the foot be moving away from the wall when the top is 9 feet above the ground? The foot will be moving at ft/s. 2.87 (I got this but its wrong)

part 2)

Oil spilled from a ruptured tanker spreads in a circle whose area increases at a constant rate of 6 mi2/hrmi2/hr. How rapidly is radius of the spill increasing when the area is 10 mi2mi2? The radius is increasing at 9.38 (This is my answer I got and its incorrect) mi/hr.

part 3)

At noon, ship A is 40 nautical miles due west of ship B. Ship A is sailing west at 18 knots and ship B is sailing north at 15 knots. How fast (in knots) is the distance between the ships changing at 6 PM? The distance is changing at 12.17 (Again my answer but its incorrect) knots. (Note: 1 knot is a speed of 1 nautical mile per hour.)

part 4)

A spherical balloon is inflated so that its volume is increasing at the rate of 3.8 ft3/minft3/min. How rapidly is the diameter of the balloon increasing when the diameter is 1.8 feet? The diameter is increasing at 1.8 (My answer but its incorrect) ft/min.

part 5)

A street light is at the top of a 18 ft tall pole. A woman 6 ft tall walks away from the pole with a speed of 6 ft/sec along a straight path. How fast is the tip of her shadow moving along the ground when she is 40 ft from the base of the pole?

ft/sec

How fast is the length of her shadow increasing?

ft/sec

part 6)

Suppose that for a company manufacturing calculators, the cost, and revenue equations are given by

C=70000+40x,R=400−x^2/30

where the production output in one week is x calculators. If the production rate is increasing at a rate of 500 calculators per week when the production output is 6000 calculators, find each of the following:

Rate of change in cost =

Rate of change in revenue =

Rate of change in profit =

Please include comments on what you are doing.  

Using linked lists, write a Python program that performs the following tasks:

• store the records for each college found in the input file - colleges.csv - into a linked list. (File includes name and state data fields)
• allow the user to search the linked list for a college’s name; display a message indicating whether or not the college’s name was in the database
• allow the user to enter a state's name and display (to the screen) the total count of colleges in that state

If you use the Node and Linked List class definitions from the zyBook, please make sure you cite this reference in your comments.(dont use if not needed but if you need to use this I will reference them myself)

college.csv file sample

THE BOLDED LETTER AND NUMBER IS THE GIVEN ANSWER. ONE OF THE BOLDED ANSWERS ARE INCORRECT, WHICH ONE IS INCORRECT AND WHAT IS THE CORRECT ANSWER?

Your company manufactures hot water heaters. The life spans of your product are known to be normally distributed with a mean of 13 years and a standard deviation of 1.5 years. You want to set the warranty on your product so that you do not have to replace more than 5% of the hot water heaters that you sell. How many years should you claim on your warranty?

In a highway construction zone with a posted speed limit of 40 miles per hour, the speeds of all vehicles are normally distributed with a mean of 46 mph and a standard deviation of 3 mph. Find the probability that the speed of a random car traveling through this construction zone is more than 45 mph.

The delivery times for all food orders at a fast-food restaurant during the lunch hour are normally distributed with a mean of 6.7 minutes and a standard deviation of 2.1 minutes. Find the probability that the delivery time for a random order at this restaurant is between 7 and 8 minutes.

The average number of pounds of red meat a person consumes each year is 196 with a standard deviation of 22 pounds (Source: American Dietetic Association). This distribution is approximately bell-shaped and symmetric. If an individual is randomly selected, find the probability that the number of pounds of red meat they consume each year will be less than 200 pounds.

The pucks used by the National Hockey League for ice hockey must weigh between 5.5 and 6.0 ounces. Suppose the weights of pucks produced at a factory are normally distributed with a mean of 5.75 ounces and a standard deviation of 0.11 ounces. What percentage of pucks produced at this factory cannot be used by the National Hockey League?

1. The distribution of scores on a statistics final exam is approximately normal with a mean of 62 and a standard deviation 11. Find the z-score for a score of 77 on the statistics final exam.

Why do I keep getting the error "More columns than column names" when trying to import the following data into R Studio?:

PRICE   YEARSOLD   MILES   COLOR   TITLESTATUS   TRANSMISSION  
4500   11   170000   SILVER   CLEAN   MANUAL          
34590   1   2000   SILVER   CLEAN   AUTOMATIC  
4500   14   203000   SILVER   CLEAN   AUTOMATIC  
11990   6   53337   GRAY   CLEAN   AUTOMATIC  
10490   8   36543   RED   CLEAN   AUTOMATIC  
2800   19   208000   SILVER   CLEAN   MANUAL      
1200   19   244000   SILVER   CLEAN   AUTOMATIC  
2500   19   208000   BROWN   CLEAN   AUTOMATIC  
2000   15   190000   GREEN   CLEAN   AUTOMATIC  
39990   3   31252   RED   CLEAN   AUTOMATIC  
16590   3   31644   BLUE   CLEAN   AUTOMATIC  
9300   2   65000   WHITE   SALVAGE   AUTOMATIC  
1800   17   190000   BLACK   CLEAN   AUTOMATIC  
16900   49   27000   GREEN   CLEAN   MANUAL  
14900   62   1000   GREEN   CLEAN   MANUAL  
16900   38   91000   BROWN   CLEAN   MANUAL  
15900   40   106229   SILVER   CLEAN   AUTOMATIC  
15900   46   20000   GRAY   CLEAN   MANUAL  
29900   19   47000   WHITE   CLEAN   MANUAL  
9900   59   4200   GREEN   CLEAN   MANUAL  
14900   13   98843   BLACK   CLEAN   AUTOMATIC  
13900   44   82000   GREEN   CLEAN   MANUAL  
32900   29   134800   WHITE   CLEAN   MANUAL  
21721   7   100071   BLACK   CLEAN   AUTOMATIC  
19900   54   5000   BLUE   CLEAN   AUTOMATIC  
18900   44   78149   BROWN   CLEAN   MANUAL  
35900   26   105000   GRAY   CLEAN   MANUAL  
34162   2   26649   SILVER   CLEAN   AUTOMATIC  
12967   3   20083   WHITE   CLEAN   AUTOMATIC  
29900   26   134000   WHITE   CLEAN   MANUAL  
11900   68   33000   GREEN   CLEAN   MANUAL  
19174   2   21780   SILVER   CLEAN   AUTOMATIC  
16429   3   25690   BLACK   CLEAN   AUTOMATIC  
53095   2   25320   WHITE   CLEAN   AUTOMATIC  
27900   33   67000   BLUE   CLEAN   MANUAL  
16401   1   32756   BLACK   CLEAN   AUTOMATIC  
16900   40   30000   SILVER   CLEAN   MANUAL  
10179   5   56000   ORANGE   CLEAN   AUTOMATIC  
34900   42   5000   BLUE   CLEAN   MANUAL
51900   57   100   BURGUNDY   CLEAN   MANUAL
  

13–1. Conditions of Performance. The Caplans contract with Faithful Construction, Inc., to build a house for them for $360,000. The specifications state “all plumbing bowls and fixtures... to be Crane brand.” The Caplans leave on vacation, and during their absence, Faithful is unable to buy and install Crane plumbing fixtures. Instead, Faithful installs Kohler brand fixtures, an equivalent in the industry. On completion of the building contract, the Caplans inspect the work, discover the substitution, and refuse to accept the house, claiming Faithful has breached the conditions set forth in the specifications. Discuss fully the Caplans’ claim.

13–8. Reformation. Dr. John Holm signed a two-year employment agreement with Gateway Anesthesia Associates, PLLC. During negotiations for the agreement, Gateway’s president, Dr. Jon Nottingham, told Holm that on completion of the contract he would become a partner in the firm and that during the term he would be paid “like a partner.” The written agreement did not reflect this promise—the contract read that Holm would be paid based on “net collections” for his services and did not state that he would become a partner. Later, Gateway told Holm that it did not intend to make him a partner. Holm filed a complaint in an Arizona state court against Gateway, alleging breach. Before the trial, Holm filed a motion to reform the contract to express what he had been told. Nottingham did not dispute Holm’s account. What is the basis for the reformation of a contract? Is it appropriate in this case? Why or why not?

14–4. Express Warranties. Charity Bell bought a used Toyota Avalon from Awny Gobran of Gobran Auto Sales, Inc. The odometer showed that the car had been driven 147,000 miles. Bell asked whether it had been in any accidents. Gobran replied that it was in good condition. The parties signed a warranty disclaimer that the vehicle was sold “as is.” Problems with the car arose the same day as the purchase. Gobran made a few ineffectual attempts to repair it before refusing to do more. Meanwhile, Bell obtained a vehicle history report from Carfax, which showed that the Avalon had been damaged in an accident and that its last reported odometer reading was that the odometer reading could be false and that the car might have been in an accident? Can Gobran avoid any liability that might otherwise be imposed because Bell did not obtain the Carfax report until after she bought the car? Discuss.