Research Development Paper

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Watch the “Attention and Consciousness-Unlearning Through Hypnosis” video
Focus on the study conducted by Dr. Amir Raz shown in the video. Write a 700- to 1,050-word paper covering the following:

What was the purpose of this study?
How does this study apply to the real world?
If you were doing the next step in this study, which research question would you develop? How could you test it?
How could you apply the steps of the scientific method to test your hypothesis?

 
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work work

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Assignment 1: LASA 2—Observational and Motor Learning

During the period of early childhood, mastering fine motor skills is a very important process needed for physical and cognitive development. However, for a number of different reasons, there are some children who do not develop at the same pace as an average child. It is important for parents and physicians to recognize children who are not on track developmentally because the earlier the cause of the delay can be determined, the earlier parents can start working with the child to correct or minimize these deficits. Often, the earlier the children begins to work on their developmental deficits, the greater the advancements they can make. 

By the age of three, a child should be able to do the following:

  • Use a spoon by themselves 
  • Draw a vertical and horizontal line 
  • String large beads 
  • Snip paper with scissors 
  • Roll clay or play dough into a “snake”

Conduct an Internet search using the two phrases listed below. Your results will help you better understand the kind of milestones that are used to assess the development of fine motor skills in young children.

  • Fine motor skills milestones
  • Child development milestones

Using the module readings, the Argosy University online library resources, and the Internet, research observational and motor learning and activities that can be used to help develop motor skills. Then, address the following:

  • Describe in detail how a young child’s fine motor skills are developed—making sure to include the theory of motor-skill learning that best fits this situation.
  • Explain whether any motor tasks or skills can be accomplished via observational learning. Justify your response.
  • Now, consider a situation in which a young child (3–4 years old) is developmentally delayed in fine motor skill development. Create a strategy which would help the child strengthen his or her fine motor skills. 
  • You can find a number of activities online which purport to help develop these skills. From a theoretical viewpoint, be sure to explain how these activities will aid a child’s fine motor skill development. Make sure that you reference at least one peer-reviewed article in addition to any Web sites you find and describe these activities as part of your development strategy.

Write a 3–4-page paper in Word format. It should be double-spaced and in 12 point, Times New Roman font with regular one-inch margins and free of typographical and grammatical errors.

 

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Hosuki case problem | Economics homework help

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Hosuki, a small car maker, competes with larger manufacturers by building cars to order. The company has invested heavily in technology and close partnerships with suppliers. Customers enter their orders and choose their options on the company website. Hosuki’s ERP system responds with an estimated cost and completion date. After the customer approves the order, Hosuki sets to work.

Quick response for Hosuki is dependent on collaborative manufacturing with its trading partners. A virtual bill of material for a typical car appears below. Notice each item is color-coded to its supplier and indented beneath its parent assembly. Hosuki has full visibility into its suppliers’ ERP systems to check on-hand quantities and order progress. These data are essential in quoting accurate due dates. Most of the car’s components are purchased. Hosuki makes the car body, assembles major subassemblies, and completes final assembly and testing. The body stamping machine operates eight hours a day; setup times per item and run times per unit are given in the next column.

Since the suppliers produce in high volume, the lead time for an order is the same regardless of the quantity of the order. In contrast, with limited sales volume and limited space, Hosuki assembles its cars in batches of 10. Each assembly process takes half a day.

 

Hosuki has just received its first corporate order—for 10 midsized vehicles. The customer would like delivery as soon as possible.

1.  

Create a time-phased assembly chart to determine when the 10 cars can be delivered.
2.  
What adjustments are needed in inventory levels, lead times, and batch sizes to fill an additional customer order for five custom cars in five days?

Virtual Bill of Material
  Item Qty
  Midsize car 1
  Chassis Assembly 1
  Frame 1
  Power Train Subassembly 1
  Engine 1
  Transmission 1
  Radiator 1
  Battery 1
  Suspension Subassembly 1
  Shocks 2
  Brakes 1
  Body Assembly 1
  Windshield 1
  Seats 4
  Tire Assembly 4
  Wheels 1
  Rims 1
  Tires 1

Supplier lead time is given in days
Supplier A
  OH LT
Shocks 20 1
Barkes  2 4
Supplier C
  OH LT
Wheels 20 1
Rims  2 2
Tires 10 5
Supplier D
  OH LT
Frame 10 2
Windshield  5 4
Supplier E
  OH LT
Engine  5 5
Transmission 10 6
  Supplier F
  OH LT
Radiator 10 1
Battery  5 3
Hosuki’s Body Stamping Machine
  Qty Setup (hrs) Runtime (hrs/unit)
Qtr Panel 4 2 0.5
Hood 1 1 0.2
Fender 2 2 0.3
Roof 1 2 0.2
Doors (LH, RH) 4 2 0.2
 

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What is the test statistic used for the anova procedure?

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 1. What is the test statistic used for the ANOVA procedure? Explain how it is calculated.

2. Suppose a researcher collected data to compare whether cats of different size categories differed in mean number of hours slept per day. Cats were categorized as small, medium, or large. The calculated F-statistic was 220.41.

A. Given this test statistic, can we conclude that there is more variation between groups or within groups?

B. Based on the test statistic, is it likely that an association exists between cat size and mean number of hours that a cat sleeps per day? Explain.

Researchers want to test whether the color of a vehicle ticketed for speeding has an effect on the amount of the ticket. Four vehicle colors were used for the study—red, white, black, and silver. Thirty vehicles were randomly assigned to each group. Use the output below to answer questions 3 and 4.

One-way ANOVA

Variation between groups=2063.33

Variation within groups=196.25

p=4.5985705 x 10-4

3. Show how the F-statistics is calculated. Round to the nearest hundredth.

5. Write the correct decision regarding the null hypotheses and conclusion for the hypothesis that vehicle color affects the amount of a speeding ticket. Assume all ANOVA test conditions have been satisfied.

6. A manager wishes to determine whether the mean times required to complete a certain task differ for the three levels of employee training. He randomly selected 10 employees with each of the three levels of training (Beginner, Intermediate and Advanced). Do the data provide sufficient evidence to indicate that the mean times required to complete a certain task differ for at least two of the three levels of training? The data is summarized in the table. Use this information for problems 5 – 9 and 11 question.

7. Assume the conditions for ANOVA have been met. Write out the null and alternate hypotheses using appropriate symbols.

6. Using a statistical computing program such as SPSS, Minitab, or StatCrunch, carry out the ANOVA test. Copy and paste the output.

7. Show how the test statistic is calculated from the output.

8. Specify the p-value and interpret its value.

9. Make the decision in terms of the null hypothesis. Write the conclusion in context of the data.

10. What happens if you try ANOVA with only two groups? Explain.

 11. If the means are found to differ, which pairs of means differ? SHOW WORK