Read chapter 18 and pick ONE of the cases in this chapter to discuss: Anderson v. Country Life Insurance, Mendenhall v. Hanesbrands, INC., O'Brien v. Ohio State University, or Hoosier Energy Rural Electric cooperative, INC. v. John Hancock Life Insurance Co. Share with the class your impression of the case and why you agree or disagree with the court's holding.

The pressure p and volume v of a given mass of gas are connected by the relation

k=(p+a\v^2)(v-b)

where a, b, and k are constants.

Using the composite trapezoidal method, write a MatLab script to approximate the work done by the gas in expanding from an initial volume to a final volume. Express p in terms of v.

Where W = Integral (Pdv)

Let V be a vector space of dimension 1 over a field k and choose a fixed nonzero element voe V, which is therefore a basis. Let W be any vector space over k and let woe W be an arbitrary vector. Show that there is a unique linear transformation T: V → W such that T(v)= wo. [Hint: What must T(Avo) be?)

A stellar object that is at a great distance emits a stream of matter at velocity v towards an observer obliquely, forming an angle θ with the observation line. For the observer the jet appears to have been emitted laterally at speed V.
Show that for certain angles the speed measured by the observer may exceed the speed of light.

V = sin θ (1 / v - cos θ) ⁻¹

1. Stacy and Leslie are playing a very simple gambling game. They toss a coin and Stacy wins if it comes up “heads” while Leslie wins if it comes up “tails.” After 12 hours of gambling, Leslie begins to suspect that Stacy has been cheating because Stacy has won more games. Leslie accuses Stacy, but Stacy pleads innocent and proposes to test Leslie’s claim by doing an experiment in which the coin is tossed 14 times.

1. State the null and alternative hypotheses for this experiment.
2. If α = .01, what is the rejection region?
3. They do the experiment and “heads” occurs 8 times. What can they conclude? What if heads comes up 12 times?
4. Let’s assume that Stacy actually is cheating because she is using a coin that is biased to come up “heads” 55% of the time. What was the power of the experiment they did?
5. Given the power of the experiment, was Stacy clever or stupid to propose it as a test to Stacy?

Upriver Parts manufactures two products, V-1 and V-2, at its River Plant. Selected data for an average month for the two products follow.

Production at the plant is automated and any labor cost is included in overhead. Data on manufacturing overhead at the plant follow.

Required:

a. Compute the unit costs for the two products V-1 and V-2 using the current costing system at Upriver (using machine hours as the allocation basis). (Do not round intermediate calculations. Round your answers to 2 decimal places.)
b. Compute the unit costs for the two products V-1 and V-2 using the proposed ABC system at Upriver. (Do not round intermediate calculations. Round your answers to 2 decimal places.)

Consider a binary channel transmitting bits independently. Each bit is demodulated with a 0 corresponding to 0 volts and a 1 corresponding to 5 volts. Thus, the received random variable v is normally distributed with variance σ² = 1 and mean μ = 0 or μ = 5. The demodulated voltage v is compared to a threshold τ to decide whether a bit is a 0 or 1, i.e., decide that a 1 was sent if v > τ and that a 0 was sent if v < τ. Bits are equally probable so that P ( μ = 0 ) = P ( μ = 5 ) = 1 / 2. Note that an error occurs either if a 0 was sent so that μ = 0 but v > τ and a 1 is decided or if a 1 was sent so that μ = 5 but v < τ and a 0 is decided. What are the conditional probabilities P ( v > τ | μ = 0 ) and P ( v < τ | μ = 5 )? What is the resulting probability of error? What value should one choose for τ to minimize the probability of error? If 1250 bytes (8 bits each) are sent, what is the expected number of errors?

Rebecca and Walter Bunge have been married for 5 years. They live at 883 Scrub Brush Street, Apt. 52B, Las Vegas, NV 89125. Rebecca is a homemaker and Walt is a high school teacher. Rebecca's Social Security number is 222-43-7690 and Walt's is 700-01-0002. Walt's earnings from teaching are:

The Bunges incurred the following expenses during their move from Maine to Nevada in January of 2016:

The school district reimbursed Walter $500 for moving expenses. These are reflected on his W-2. Walter’s previous job, as a high school teacher in Maine, was only 5 miles from his home. Rebecca was unemployed prior to the move.

The Bunges own a ski condo located at 123 Buncombe Lane, Brian Head, UT 84719. The condo was rented for 185 days during 2016 and used by the Bunges for 15 days. Pertinent information about the condo rental is as follows:

The above amounts do not reflect any allocation between rental and personal use of the condo. The Bunges are active managers of the condo.

Click here to access the tax table to use for this problem.

Required:

Complete the Bunge's federal tax return for 2016. Use Form 1040, Schedule E, Form 3903, and Form 8582 to complete their tax return.

If an amount box does not require an entry or the answer is zero, enter "0". Do not round any percentages. If required, round your answers to the nearest dollar. If required, enter a "loss" as a negative number on the tax form. Do not enter deductions as negative numbers.

Note: Special instructions for Form 8582 - If required, use the minus sign to enter a "loss" as a negative number on the lines 1d, 4 and 16. However, per the instructions on the tax return, enter all numbers in Part II as positive amounts.

The history of American popular musical styles such as Jazz and Rock and Roll is an exploration of the fusion of many earlier genres and styles.

For each listening example make a list of major features. What features from each seem to be continued on in later musical styles and even in the music you might listen to today?

West African Drumming:

https://www.youtube.com/watch?v=6dFtlcqGW50 (Links to an external site.)Links to an external site.

Stephen Foster -1851:

https://www.youtube.com/watch?v=uQjGlyRm8ek (Links to an external site.)Links to an external site.

Ragtime 1904:

https://www.youtube.com/watch?v=sE86FR2SzBo (Links to an external site.)Links to an external site.

Spiritual - 1909

https://www.youtube.com/watch?v=GUvBGZnL9rE (Links to an external site.)Links to an external site.

City Blues - 1925:

https://www.youtube.com/watch?v=ZxQncVvsuyg (Links to an external site.)Links to an external site.

Country Blues - 1936:https://www.youtube.com/watch?v=iigXKpgrfYo (Links to an external site.)Links to an external site.

Big Band Swing 1943:

https://www.youtube.com/watch?v=qDQpZT3GhDg (Links to an external site.)Links to an external site.

Rhythm and Blues -1947:

https://www.youtube.com/watch?v=Xo9auUfitVA (Links to an external site.)Links to an external site.

Bluegrass - 1950's

https://www.youtube.com/watch?v=665XeIyMgak (Links to an external site.)Links to an external site.

Bebop - 1950:https://www.youtube.com/watch?v=LphuCadyQi0 (Links to an external site.)Links to an external site.

Western Swing - 1951:

https://www.youtube.com/watch?v=ZFef08YZ6qk&list=RD0C08jmN1sM8&index=3 (Links to an external site.)Links to an e

Soul - 1954:

https://www.youtube.com/watch?v=CnI_LuCJ4Ek (Links to an external site.)Links to an external site.

Rock and Roll - 1955:

https://www.youtube.com/watch?v=ZgdufzXvjqw (Links to an external site.)Links to an external site.

Prelab 9: Due at the start of Lab 9

Name:________________________   Lab day________

Show all work, even simple addition and include units and sig figs where applicable.

1. To make solutions for the Beer's Law graph, you are provided with a 49.9 ppm Allura Red solution. You pipet 10.00 mL of this solution into a test tube and then you pipet 20.00 mL of deionized water into the same tube. After stirring, what is the Allura Red concentration of the new solution you've made? This is Allura Red Dilution 1.

V _final =

C _final =

2. If you pipet 10.00 mL of the solution you made in Question #1 into a test tube and then you pipet 10.00 mL of deionized water into the same tube. After stirring, what is the Allura Red concentration of the new solution you've made? Hint: use at least 2 extra significant figures from your answer to question #1 to calculate this answer to avoid rounding errors. Your final answer will be reported to the correct number of sf. This is Allura Red Dilution 2.

V _final =

C _final =

3. If you pipet 10.00 mL of the solution you made in Question #2 into a test tube and then you pipet 10.00 mL of deionized water into the same tube. After stirring, what is the Allura Red concentration of the new solution you've made? Hint: use at least 2 extra significant figures from your answer to question #2 to calculate this answer to avoid rounding errors. Your final answer will be reported to the correct number of sf. This is Allura Red Dilution 3.

V _final =

C _final =

4. To make solutions for the Density of KCl graph, you are provided with a 12.0% KCl solution. You pipet 30.00 mL of this solution into a test tube and then you pipet 10.00 mL of deionized water into the same tube. After stirring, what is the KCl concentration of the new solution you've made? This is KCl 2 solution.

V _final =

C _final =

5. To make solutions for the Density of KCl graph, you are provided with a 12.0% KCl solution. You pipet 20.00 mL of this solution into a test tube and then you pipet 20.00 mL of deionized water into the same tube. After stirring, what is the KCl concentration of the new solution you've made? This is KCl 3 solution.

V _final =

C _final =

6. To make solutions for the Density of KCl graph, you are provided with a 12.0% KCl solution. You pipet 10.00 mL of this solution into a test tube and then you pipet 30.00 mL of deionized water into the same tube. After stirring, what is the KCl concentration of the new solution you've made? This is KCl 4 solution.

V _final =

C _final =

7. Using the equation of the line in the graph below, calculate the concentration of Allura Red (in ppm) of the Buckeye-ade sample which has an absorbance of 0.415 a.u.

y= 0.0494x

R^2= 0.9861