8 Question
Please match the explanation to the term concerning learning.

Learning by association

1. Classical conditioning
2. Toxic side effects
3. Social-Learning
4. Punishment
5. Difficult to control
6. Aversive conditioning
7. Reinforcement

Learning by observation

1. Classical conditioning
2. Toxic side effects
3. Social-Learning
4. Punishment
5. Difficult to control
6. Aversive conditioning
7. Reinforcement

Learning by consequence

1. Classical conditioning
2. Toxic side effects
3. Social-Learning
4. Punishment
5. Difficult to control
6. Aversive conditioning
7. Reinforcement

Anything that increases the response rate

1. Classical conditioning
2. Toxic side effects
3. Social-Learning
4. Punishment
5. Difficult to control
6. Aversive conditioning
7. Reinforcement

Anything that decreases the response rate

1. Classical conditioning
2. Toxic side effects
3. Social-Learning
4. Punishment
5. Difficult to control
6. Aversive conditioning
7. Reinforcement

Positive punishment and negative reinforcement

1. Classical conditioning
2. Toxic side effects
3. Social-Learning
4. Punishment
5. Difficult to control
6. Aversive conditioning
7. Reinforcement

Noting similarities

1. Classical conditioning
2. Toxic side effects
3. Social-Learning
4. Punishment
5. Difficult to control
6. Aversive conditioning
7. Reinforcement

Negative reinforcement and negative punishment

1. Classical conditioning
2. Toxic side effects
3. Social-Learning
4. Punishment
5. Difficult to control
6. Aversive conditioning
7. Reinforcement

Positive punishment

1. Classical conditioning
2. Toxic side effects
3. Social-Learning
4. Punishment
5. Difficult to control
6. Aversive conditioning
7. Reinforcement

Positive reinforcement

1. Classical conditioning
2. Toxic side effects
3. Social-Learning
4. Punishment
5. Difficult to control
6. Aversive conditioning
7. Reinforcement

To note differences

1. Classical conditioning
2. Toxic side effects
3. Social-Learning
4. Punishment
5. Difficult to control
6. Aversive conditioning
7. Reinforcement

The waning of the response due to the removal of the reward

1. Classical conditioning
2. Toxic side effects
3. Social-Learning
4. Punishment
5. Difficult to control
6. Aversive conditioning
7. Reinforcement

?

This file is from a statistics textbook and

provides information on over 100 recently sold homes in a town in Arizona (fictional). The variables that

are included are:

Price: Sales prices in thousands of dollars

Bedrooms: Number of bedrooms

Baths: Number of bathrooms

Size: Size of the house measured in square feet

Pool: Variable is 0 if no pool, and 1 if there is a pool

Garage: Variable is 0 if no garage, and 1 if there is a garage

Distance: This is the number of miles that the house is from city center

Township: There are five townships in the town. This identifies the township the house is in

Part 1: Identify whether each variable is qualitative or quantitative. Then identify whether each

variable is nominal, ordinal, interval, or ratio.

Part 2: Use statistical techniques to provide a summary of the homes in this town. This can include

summary statistics and/or graphs. Think about what type of information is contained in each variable

(part 1) before you select summary techniques.

Part 3: Choose two townships and compare some aspects of the homes in each township. Please

consider both qualitative and quantitative characteristics. If a variable is quantitative please consider

measures of center and measures of dispersion when possible.

Use data from Excel to complete problems 3.1 and 3.2. When you open the file look at the tabs on the bottom left. You will use the data from the “Class_LabScores” tab to answer these questions.

3.1. Dr. Wallace teaches three statistics labs at three different times of day (1 - morning, 2 - noon, 3 - night). She is curious to find out whether or not time of day is related to student scores on the lab assignments. Frequency distribution tables for each of her three lab classes appear on the “Class_LabScores” tab in the Excel file. Please calculate the following:

Mean for Morning Class 1:

Mean for Noon Class 2:

Mean for Night Class 3:

3.2 Dr. Wallace is preparing a summary of her teaching experience in the statistics lab classes. She only wants to use one number to represent student performance in those classes, so she’ll need to calculate one mean. In addition, she wants to be fair and make sure that every student’s lab score contributes equally to the overall mean. In order to do this, she needs to calculate the weighted mean. Please calculate the following and show work:

Weighted mean for her statistics classes:

A particular redox reaction, provided below, was analyzed by the method of initial rates.

8 ClO3- + 2 MnO4- + 6 H+ --> 8 ClO4- + 2 Mn2+ + 3 H2

The following concentration and initial rate data was obtained:

Part #1:

If you desire to determine the order for ClO3-, which TWO experiments are best?

  A) 1 and 2

B) 1 and 3

C) 1 and 4

D) 2 and 3

E) 2 and 4

F) 3 and 4

Part #2:

What is the reaction order for ClO3-?

Part #3:

What is the reaction order for MnO4-?

Part #4:

What is the reaction order for H+?

  A) 0

B) 1

C) 2

Part #5:

What is the overall reaction order?

Part #6:

What are the appropriate units of the rate constant k?

A) M/s

B) M4/s

C) 1/s

D) 1/(M2*s)

Part #7:

What is the value of the rate constant k?

Using the data in the worksheet Consumer Transportation Survey, develop 95% confidence intervals for the following:

a. the proportion of individuals who are satisfied with their vehicle

b. the proportion of individuals who have at least one child

1. For the function ?(?)=−3(?−1)^2+5, choose a domain restriction to make ?(?) a one-to-one function, and then find the inverseof ?(?).

2. For the following function, find the horizontal and vertical asymptote(s):?(?)=3?^2+3?−18 /?^2+5?+6

3. Find the inverse function for ?(?)=4? / 5−3?

4.Find all zeroes (including complex ones) for the following function without using a graph:?(?)=?^4+5?^3+4?^2−7?−3

During a study, individuals were asked to rate a product on a scale of 1-5. From the following data, help the researcher determine whether any significant differences exist in opinions among individuals from two different regions. (Note: Assume a significance level of 0.05 and assume that the population standard deviation is unknown). Show your work.

1.Includes a summary of the conditions with definition, signs and symptoms and treatment

2. Place the conditions by a system in alphabetical order

Liquids and electrolytes
1
2.
3. Hypernatremia
4. Hyponatremia
5. Hyperkalemia
6. Hypokalemia
7. Hypercalcemia
8. Hypocalcemia

1. Pneumonia
2. Chronic Obstructive Lung Disease (COPD)
3. Bronchial asthma
4. Tuberculosis
5. Respiratory Failure
6. Trauma to the Chest
Neurological
1. Seizures
2. Parkinson's
3. Alzheimer's
4. CVA
5. TIA
6. Cord injury

Dryden purchased a van for $24,000 on January 1, in year 1 and planned to use it as rental property. The van has an estimated salvage value of $4,000 and an estimated useful life of 4 years. Dryden also assumed that the productive capacity of the van is 100,000 miles, and odometer readings indicate that the van was driven 40,000 miles in year 1, 20,000 miles in year 2, 30,000 miles in year 3, and 15,000 miles in year 4, respectively.

Required:

I. Determine the depreciation expense for year 1, year 2, year3 & year 4 by using straight-line method.

II. Determine the depreciation expense for year 1, year 2, year3 & year 4 by using double declining balance method.

III. Determine the depreciation expense for year 1, year 2, year3 & year 4 by using units of production method.

# 1 If the Yen trading at a spot price of 111 yen to USD and the 1-year forward rate is 115 Yen to 1 USD? What is premium of discount of the Yen, relative to the USD?
1.   3.48% Discount
2.   3.48% premium
3.   3.60% discount
4.   3.60% Premium

# 2 Suppose that inflation next year is 8% in japan and 4% in the United States. If the current spot rate is JPY107 = USD1, what is the expected spot rate at the end of the year?
1.   JPY102.72 = USD1
2.   JPY103.04 = USD1
3.   JPY111.12 = USD1
4.   JPY111.82 = USD1

# 3    Suppose the one-year interest rate in the United states is 7%. What would you expect the interest rate to be in the UK, if expected inflation is 4% in the United states and 8% in the UK?
1.   5.19%
2.   7.93%
3.   9.08%
4.   11.12%