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In this discussion, you will use linear functions to make sense of unfair and unequal pay. Historically, women and other marginalized groups have been compensated less than their counterparts for the same work and, at times, for more work. For example, in Georgia, Black women earn an average of 63 cents for every dollar earned by their white male counterparts1. In addition to this gap, some Georgia hourly workers are legally compensated at different minimum wage rates ($5.15 vs. $7.25) based on the Fair Labor Standards Act2.

Case Studies. Use the objectives on page 1 to inform your responses to the case studies:

1) Write about the history of unfair wages and unequal pay in Georgia or a state that you are from. Summarize your findings in 100 words or less and cite your sources. 

2) Two friends are offered similar jobs at partner companies in Atlanta. One friend, a woman, is offered $5.15/hour by the local company at the minimum wage set in Georgia; the other friend, a male, is offered $7.25/hour by the national company at the federal minimum wage.

• What is wrong in this scenario?
• Create a table and calculate the gap in wages earned, w(h) (dollars), by hours, h, when h = 8 hours (1 day), 40 hours (1 week), and 80 hours (1 pay period), and
• write equations for each line: red dot = (8 hours,$41.20) and blue dot = (8 hours,$58.00)
• Summarize your findings in paragraph form.

3) When expenses are taken into account, the linear model will shift. For example, prior to working any hours, the friend who makes $5.15/hr. has expenses totaling $1900/month (this would be the y-intercept).

• How many hours will she have to work to cover her expenses?
• If her male friend has expenses totaling $1950/month, how many hours will he have to work to cover his expenses?
• Summarize your findings in paragraph form.

Apply the gummel poon model to estimate Ic, Ie and Ib for a pnp transistor to be used in next generations of iPhones if Is= 10^-16 A, br=0.40, Veb=0.75v and Vcb=+0.70v

Apply the gummel poon model to estimate Ic, Ie and Ib for a pnp transistor to be used in next generations of iPhones if Is= 10^-16 A, br=0.40, Veb=0.75v and Vcb=+0.70v.

At room temperature (300 K) the effective density of states in the valence band is 
2.66 x 1019 cm-3
for Si and 7 x 1018 cm-3
for GaAs. Find the corresponding effective masses 
of holes? Compare these masses with the free-electron mass?

Germanium to which 5X1022 m-3 Boron (group III element) atoms areadded is to be used in a semiconductor device.
(a) Is this n-type or p-type semiconductor?
(b) Calculate its electrical conductivity at room temperatureassuming the electron and hole mobilities to be 0.1 and 0.05 m2/V-s, respectively.
(c) Electrical conductivity of an intrinsic (undoped) semiconductorat 400 K is 81.0 (?m)-1, and at 500 K is 717 (?m)-1. What is theband-gap energy for this material?

The electron mobility of a semiconductor at 300 K is 1,000 cm2
/Vs. If the electronic 
effective mass is 0.26me, calculate the mean free path, diffusion constant and thermal 
velocity? [the electron rest mass, me = 9.1 x 10-31 kg]

If the Fermi energy of a Si sample is uniformly 0.2 eV below the conduction band, 
calculate: (i) the electron and hole densities, and (ii) Doping concentration. Assume the Si 
bandgap is 1.12 eV, the temperature is 300 K, and the effective density of states in the 
conduction band is 2.86 x 1019 cm-3.

A four-point probe (with probe spacing of 0.5 mm) is used to measure the resistivity of a type silicon sample. Find the resistivity of the sample if its diameter is 200 mm and its thickness is 50 µm. The contact current is 1 mA, and the measured voltage between the 
inner two probes is 10 mV.

What is your opinion of companies like Google that gather information about your browsing patterns? What advantages and drawbacks does this pose for consumers? If you were a business owner, what kinds of information would you gather on your customers and how would you use it? What are the legal and ethical issues of using internet search engines?

Which of the following is the MOST important cloud-specific risk from the CSP's viewpoint?

Options: A Isolation control failure
B Management plane breach
C Insecure data deletion
D Resource exhaustion

So I I think I know how to solve this, which is by sitting a scaler (c1, c2, c3 and c4) to each of the vectors, but I'm still not sure. Please help!!

Note: Problem 3 is part of Problem 2.

Established patient seen in PCP's office for LLQ pain, diagnosis appendicitis, level 2 E/M, arrangements for surgery made and patient heading to hospital. Assign code with appropriate modifier.

1. Unions in developed nations often oppose imports from low-wage countries and advocate trade barriers to protect jobs from what they often characterize as unfair€ import competition. Is such competition unfair€? Do you think that this argument is in the best interests of (a) the people they represent, and/or (b) the country as a whole?

2. Whose interests should be the paramount concern of government trade policy, the interests of producers (businesses and their employees), or those of consumers?

The answer needs to be 150 words for each question.