A hot air balloon is filled with 1.49 × 106 L of an ideal gas on a cool morning (11 °C). The air is heated to 115 °C. What is the volume of the air in the balloon after it is heated? Assume that none of the gas escapes from the balloon.
Write a 700- to 1,050-word paper that examines the effect of legal, safety, and regulatory requirements on the human resources process. Your paper should focus on employee-related regulations established by the United States, such as the Department of Labor, the U.S. Equal Employment Opportunity Commission (EEOC), the Americans with Disabilities Act of 1990, and the Department of Homeland Security.
Include your thoughts on the following statement:
“Common sense and compassion in the workplace have been replaced by litigation.”
Include at least 3 references.
Format your assignment according to APA guidelines.
Click the Assignment Files tab to submit your assignment.
Choose any case study. PAPER MUST BE 5 PAGES.
MN551-4: Evaluate the presence and effects of alteration in the homeostatic state secondary to gender, genetic, ethnic and temporal variables
Select one of the case studies below, and include in your discussion an evaluation of the presence and effects of alteration in the homeostatic state secondary to gender, genetic, ethnic, and temporal variables.
Requirements:
Case Study 1
Structure and Function of the Respiratory System
Brad is 45 years old and has been working as a coal cutter in a mine for the last 25 years. He likes the job because it pays well and the same mine had employed his father. Like many of his colleagues, Brad has had problems with a chronic cough. He has avoided his annual checkups for fear that he will be told he has “black lung,†or coal worker’s pneumoconiosis. The disease causes fibrosis, decreased diffusing capacity, and permanent small airway dilation. In later stages, pulmonary capillaries, alveoli, and airways are destroyed.
Case Study 2
Respiratory Tract Infections, Neoplasms, and Childhood Disorders
Patricia was called at work by a woman at the local daycare center. She told Patricia to come and pick up her son because he was not feeling well. Her son, three-and-a-half-year-old Marshall, had been feeling tired and achy when he woke up. While at daycare, his cheeks had become red and he was warm to touch. He did not want to play with his friends, and by the time Patricia arrived, he was crying. Later that afternoon, Marshall’s condition worsened. He had fever, chills, a sore throat, runny nose, and a dry hacking cough. Suspecting Marshall had influenza, Patricia wrapped him up and took him to the community health care clinic.
Case Study 3
Disorders of Ventilation and Gas Exchange
Emmanuel and his mother live in an urban community housing complex. The building is worn down and dirty from the urban dust, cockroaches, and mold. Emmanuel is five years of age and has suffered from asthma for the last two years. One evening, his mother poured him some milk and put him to bed. Shortly afterward, Emmanuel woke up wheezing and coughing. As he gasped for air, he became more and more anxious. His mother ran for his inhaler, but he was too upset and restless to use it. Emmanuel’s skin became moist with sweat, and as he began to tire, his wheezing became quieter. His mother called 911 and waited anxiously for the ambulance to arrive.
Assignment Requirements:
Before finalizing your work, you should:
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The instructions are listed in the attachments along with some references. Please use APA style format with in-text citations. Please contact me if you have any questions.
Smithsonian of Natural History Field Trip : You will the Smithsonian of Natural History to observe both biodiversity in the animal kingdom and conservation concerns.
answer the questions given in the pocket ,12 times new roman
all in trust thank you
While personality is the relatively permanent part of our behavior, values arise from our experiences and are rooted in our upbringing. Personality is a large component of effective leadership.
*ONLY NEEDS TO BE ONE PAGE**
For this assignment, you will complete an 750-word individual development plan (IDP) for either your current job or the job to which you aspire.
Write a 5-page paper addressing the questions and instructions for both Exercise 1 on the spot and forward markets for the Japanese Yen and Exercise 2 on currency exchange rates.
I will provide the username and password info to access the school Dashboard once a tutor has been confirmed.
http://moodle.averett.edu/mod/assign/view.php?id=5…
COVER PAGE
Week-3
Foreign Exchange Market
BSA480-B733-SU18-International Business
Tanesha Lockett
Professor, Lyle E. Cady, Jr.
Date
METR 112
SU18
Module 3 Homework
(60 points)
Chapters 3 and 4
*Before you begin this homework assignment, make sure you read Chapters 3 and 4.
PART 1:
Electromagnetic Radiation
Directions:
Answer the following questions:
Note: Please use complete sentences with correct grammar and spelling, where necessary. Proper writing and clarity of thoughts are important in getting full credit. Show all of your work in numbers 6-7.
1. (fill in the blank) The Sun’s temperature is at approximately ________ Kelvin and most of its radiation power and energy fall within the ______________part of the Electromagnetic Spectrum. (2)
2. (fill in the blank) The Earth’s temperature is at approximately ________ Kelvin and most of its radiation power and energy fall within the ______________ part of the electromagnetic spectrum. (2)
3. The temperature of an object goes up by 1 K. How much did it go up in degrees Celsius? How muchdid it go up in Degrees Fahrenheit? (3)
4. One night you look up in the sky and you see two different color starts next to each other (however many lightyears away from earth). One star is blue and the other is red. Which star is at a hotter temperature? How do you know? (3)
5.You can dim an incandescent bulb by decreasing the temperature of the filament. What do you think happens to the color of the bulb as it dims? (2)
6. If you leave a 100-W light bulb on for a week, how many joules of energy will be consumed? [hint: it is just a simple conversion] Show your work. (3)
7. How many Joules does 1 regular-size Snickers bar contain? [1 food calorie = 1000 energy calories] Show your work. (3)
8. Why are incandescent light bulbs being phased out in many countries (including the United States)?(3)
9. Your bank account has the same balance on April 1 as it did on March 1. Your friend suggests that this means that you did not deposit or withdraw any money for the entire month. Is that correct? Explain why or why not. (2)
10. List 3 things in your lives that you use every day that require radiation to work. (3)
PART 2:
Earth’s Energy Budget (34 points)
Directions: Watch the following video to answer these questions below:
1.When talking about Earth’s Energy Budget and its balance what are the units that are used for
each process?
2.Approximately, how much energy does 1 square meter of the sun emit outward toward earth?
3.Approximately, how much of that energy reaches, on average, 1 square meter at the top of Earth’s atmosphere (TOA)?
4.In general once solar radiation reaches our atmosphere, it has 3 fates. Ignoring scattering of the light, It can be ____________, ________________, or ________________.
5.What gas absorbs most UV light coming from the sun in the upper atmosphere?
6.What are 2 things in the atmosphere that the video mentions causes sunlight to be reflected back out to space?
7.What percentage of the incoming solar radiation (341.3 W/m2) gets reflected directly back to space?
8.What 2 major things in the atmosphere cause this reflection?
9.What percentage of the incoming solar radiation gets absorbed by the atmosphere?
10.What percentage of Earth’s atmosphere makes its way through to the surface of Earth?
11.What 2 surfaces on Earth does the video mention are good at reflecting solar radiation?
12.What is the percentage of the incoming solar radiation that gets directly absorbed into Earth’s surface?
13.What is the percentage of sunlight that gets reflected right back out into space?What percentage stays in the atmosphere and earth?14.
What would happen to Earth’s surface temperature or the atmosphere if it continuously
absorbed 239 W/m2 ? Think of a microwave.
15.Why does the answer to 14 not happen to a dramatic extent though?
16.What is the total amount of W/m 2 entering Earth’s surface from direct solar radiation and absorption from the atmosphere?
17.Show your work and describe, based on the specific numbers (to the nearest 0.1 W/m2) that the video provides, if these quantities show if there is a balance in the overall Earth/Atmosphere system at the top of earth’s atmosphere. Is there an actual balance? If there is not a balance, what is that number and how much energy is staying within the Earth/Atmosphere system and how much is leaving?
