Essay-ANTHROPOLOGY

This assignment will be submitted to Turnitin®.Instructions

Introduction

For this assignment, you will be writing an essay about what it means to be human in order to evaluate what has been learned throughout the class.

In the first discussion from the Week 1 module, we answered the question, “What does it mean to be human?”. Refer back to that discussion post. What did you say? Do you agree with what you said, or has it changed? How would you answer this question now?

In this essay, compare and contrast how you originally answered the “What does it mean to be human?” question to how you would answer it at now. Be sure to include a discussion on how the remains and artifacts of Australopithecus and Homo help us answer the question, “What does it mean to be human?”.  What have you learned? Has anything changed from the beginning of the class to the end? What do you conclude about what it means to be human?

Format

All questions must be addressed in essay format. All answers to questions must have examples illustrating them. It is recommended to format the paper with the questions as headings to make sure they are addressed in the paper.

This assignment must be written using a word processing program and saved either as .doc or .docx. ASA format is required. All information must be cited in ASA in the text and at the end of the paper. It is expected that at least one reference from the course is used, such as the textbook or lab book.

Evaluation

This assignment is worth 50 points. You will be evaluated on the quality of your answers, meaning:

  • did you answer the questions?
  • did you use examples to illustrate your point?
  • did you make your point using scientific information?
  • were the points and examples scientifically accurate and illustrate your ideas?
  • is it well written (sentences are constructed well enough so that I understand your ideas, grammar/spell checked and I don’t have to rewrite your paper to read it, used the text and other references, cited authored material)?
  • used a word processing program?

Here is information on how to format your paper. 

Here is information on how to cite by ASA.  

Here is how to read your Essay 3 feedback. 

Some reasons why papers might not receive points:

  • No references citing the information described in the paper.
  • Personal beliefs and religious beliefs are used as scientific reasoning.

    11/7/18

    1

    Chapter Eleven

    Being with Others: Forming Relationships in Young and

    Middle Adulthood

    11.1 Relationships

    Love Relationships

    • Sternberg’s three basic components of love – Passion – Intimacy – Commitment

    • Couples are happier when each feels the same types of love to a similar degree

    • The longer a relationship lasts, the lower its intimacy and passion, but the greater its commitment

     

     

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    Love Through Adulthood

    • Infatuation: characterizes early stages of romance when passion is high, but intimacy and commitment are lower – Higher divorce rates in couples who marry

    based primarily on infatuation • Assortative mating: selecting one’s partner

    based on similarity across many dimensions – Homogamy: degree to which people are

    similar; greater when couples meet through school or a religious setting

    Love Through Adulthood: What Heterosexual Women Want

    • Women choose masculine-looking men for shorter-term relationships and feminine- looking men for long-term relationships

    • Certain traits are universally desirable – Physical attractiveness, especially for men – Being a good provider, especially for

    women – In both genders: love, mutual attraction,

    dependability, emotional stability, kindness, and understanding

    Ex p lo

    ri n g

    Li fe

    sp an

    D e ve

    lo p m

    e n t

    T h ir

    d E

    d it

    io n Ÿ

    La u ra

    E .

    B e rk

    Childhood Attachment Patterns and Adult Romantic Relationships

     

     

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    Developmental Forces and Love Relationships

    • Love is a function of biopsychosocial forces • Love is a distinct neurological emotion system,

    with different stages of love involving different neurochemicals

    • Erikson: mature love is impossible without a capacity for intimacy

    11.3 The Family Lifecycle

    Family Life Cycle

    • Early adulthood – Leaving home – Marriage – Parenthood

    • Middle adulthood – Launching children

    • Late adulthood – Retirement – Death of spouse

     

     

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    4

    Leaving Home

    • Average age of leaving increased over last 50 years

    • More than 50% leave, then return briefly • Parents highly committed to helping children

    move into adult roles

    Marriage

    • Studies show the median age at which couples marry has been rising for the past several decades

    • Women who marry under the age of 20 are: – Three times more likely to divorce than

    women who marry in their 20s – Six times more likely to divorce than those

    who marry in their 30s

    What is a Successful Marriage, and What Predicts It?

    • Marriages are likelier to succeed when: – Both partners are relatively mature

    • this may be why marriages in one’s early 20s or younger tend to fail

    – The couple has similar values and interests – Each partner contributes equitably

    (exchange theory) – Couples are honest and committed, they

    trust and consult each other, and they make decisions jointly

     

     

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    Do Married Couples Stay Happy?

    • Vulnerability-stress adaptation model: marital satisfaction is a function of the couple’s ability to deal with stress, given its vulnerabilities and resources at each particular point in time

    • Marital and cohabital satisfaction is highest in the beginning, falls until children begin leaving home, and rises again in later life

    • When dependence is more equal, marriage tends to stay strong and close

    Keeping Marriages Happy

    • Enduring marital satisfaction is likelier when couples: – Are forgiving, understanding, flexible,

    adaptive, and available for, and interested in, the other

    – Keep the romance alive and express love – Confide in each other; communicate

    constructively and positively – Share spirituality and/or religious beliefs

    Deciding Whether to Have Children

    • 50%+ of U.S. pregnancies are unplanned • Considerations:

    – Finances – Personal values – Religious values

    • Childless couples have a higher standard of living and greater marital satisfaction

    • Societal attitudes toward childless couples have improved since the 1970s

     

     

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    The Parental Role

    • Couples are having fewer children and waiting longer to have them

    • Older parents are more at ease, affectionate, sensitive, and supportive

    • More than 70% of women with children under 18 are employed outside the home and still perform most of the childrearing tasks

    • Men who become fathers in their 30s spend more time caring for their preschool children

FIREFIGHTING HAZARDS AND SAFETY 1

Running head: FIREFIGHTING HAZARDS AND SAFETY 1

FIREFIGHTING HAZARDS AND SAFETY 4

Several companies are combating a working structure fire in a three-story, Victorian-style, balloon-frame house with a basement. The fire originated in the basement and spread to the main, or first floor. Although fire on the main floor had been suppressed, there is still active fire in the attic. The second floor does not seem to have any fire involvement.

Identify the function of each principle, structural component in typical building design.

In your response, please identify the following:

· Major issues: Identify the major problems that should be considered given the scenario, building construction, structural components associated with a balloon frame house, and the hazards of the fire spread, as described.

· Potential solutions: Provide potential solutions for the major issues identified and any other problems associated with the scenario. Often there is more than one solution, so it is useful to evaluate each solution in terms of its advantages and disadvantages. This will also assist in determining your recommendations.

· Recommendations: This section should outline your recommendations based upon the proposed solutions for each of the identified problems.

Your paper should be at least two pages in length. You are required to use APA formatting and to cite any references used.

Health Record Data Management II

Jane Doe is a 70-year old woman with chronic hypertension. She has been following up her condition with her primary physician. Despite compliance with the medication regimen, Jane suffers a cerebrovascular accident (CVA) and ends up hospitalized for 9 days. Consequences of the CVA are right side paralysis and slurred speech. Upon discharge, she is transferred to a long-term care rehabilitation facility.

In the scenario provided above, the physician practice, the hospital and the long-term care rehabilitation facility have reached semantic interoperability and have been exchanging Jane’s information electronically. In your discussion response, (1) explain in your own words semantic interoperability; (2) describe at least one of the standardized terminologies (nomenclature) that is most likely used; (3) assess the benefits of using the selected standardized terminology.

  • The initial response must be complete, relevant, detailed, specific, at least 250 words

Integrated Science Discussion

ISCI 1101 (Section 02) – Quantitative Literacy [ISLO-05]

Assigned Date: Feb 05, 2021  Instructor: Siva Paramasivam PhD

Typed Report Due Date: On or Before Feb 10, 2021

Mathematical Exercise – 01 [M-01]  [100 Points]

Understanding Measurement Systems & Extracting Information

Objective: Understanding Measurements and Extraction of Additional Information

A.  Define / Explain the following:

1.  Referent and Units  [5]

2.  Distinction between Metric Units and English Units   [5]

3.  List of Fundamental Properties and how can you Extract Additional Information  [10]

B.  Laboratory Exercise:

a.  Each student is expected to choose the referent for their own assignment.

b.  Choose at least 6 objects (such as Rectangular, Cubic – at least 3 in each category).  It can be Classroom, Dorm rooms, Big Boxes.         [10]

c.  Measure the length, width, and height and tabulate them in increasing length  [10]

d.  Compute the following from those measurements (See attached sample Handout for details of computation & how to show all computations as shown for all).  [40]

i)  Area

ii)  Volume

iii)  Surface Area

iv)  Ratio of Area to Volume

v)  Ratio of Area to Surface Area

vi)  Ratio of Volume to Surface Area

C.  Extracting Generalized Conclusions from this [ISLO Exercise]:

Write down the generalized observations from this exercise. This should explain if the length of the object increases what will happen to items listed in section (d)  under B.  [20]

Reporting Format:  REFER attached Sample to Present your own measurements and computations in Table Format with Generalized Observations for this [ISLO-05 EXERCISE]

ISLO-5:  QUNTITATIVE LITERACY – SPRING 2021  – ISCI 1101 [Section 02] Assigned Feb 05, 2021; DUE:  Feb 10, 2021

Objective: Understanding Measurement system- Collection and Extraction of Additional Information & Generalization

Section A:

1.  Referent:

2.  Unit:

2.

3.

Section B:

Extracting Additional Information from Basic Measurements related to Cubic and Rectangular Type of Objects and Make Generalization on the basis of if the Length [ONLY] increases what would happen to listed items.

Show the Steps how you calculated the following since the Columns in Table are narrow and enter ONLY final [3 Decimal rounded] answers in Table.

1.  Area

2.  Volume

3.  Surface Area

4.  Other ratios in last 3 columns with appropriate units.

a.  Area/Volume

b.  Area/ Surface Area

c.  Volume / Surface Area

CUBIC  RECTANGULAR

1.  Area =(L x W)  = (10 ft  x 10 ft) = 100 ft2      Area = (L  x  W) = (25ft  x  15 ft) = 375 ft2

2.  Volume = (L x W x H) = (10ft x 10ft x 10ft) = 1000 ft3  Volume = (L x W x H) = (25ft x 15ft x 35ft) = 13,125 ft3

3.  Surface Area = 6 [(L  x W)] = 6[(10ft  x  10ft)] = 600 ft2  Surface Area = 2[(LxW) + (LxH) + (WxH)] = 2[(25ftx15ft) + (25ftx35ft) +(15ftx35ft)]

= 2[(375ft2) + (875ft2) + (525ft2)]

= 2[(1775ft2)]

= 3550 ft2

4.  Area/ Volume =[ 100ft2] / 1000ft3) = 0.100 ft-1    = [375 ft2/13125 ft3] = 0.02857 ft-1 = 0.029 ft-1

5.  Area / Surface Area = [100 ft2 / 600 ft2] = 0.1666    = [375ft2 / 3550 ft2] = 0.1056

= 0.167    = 0.106

6.  Volume / Surface Area = [1000 ft3 /600 ft2]    = [13125 ft3 / 3550 ft2]

= 1.6666 ft    = 3.6971 ft

= 1.667 ft     =3.697 ft

Section C:

 

Cubic: [If the length is going to increase what would happen to the items below based on your own data and per your own calculation]

1.  Area increases

2.  Volume

3.  Surface

4.  Area/Volume decreases

5.  Area/Surface Area constant

6.  Volume/Surface Area increased and then decreased

Rectangular: [If the length is going to increase what would happen to the items below based on your own data and per your own calculation]

1.  Area

2.  Volume

3.  Surface

4.  Area/Volume

5.  Area/Surface Area

6.  Volume/Surface Area

Room # Room Type Length – L: [ft] Width – W: [ft] Height -H: [ft] Area

[A] = L x W ft2

Volume

[V] = L x W x H [ft3]

Surface Area [ft2] Area/Vol

[ft2/ft3= ft-1]

Area/Surface Area

[ft2/ft2] = No Unit

Volume/Surface Area

[ft3/ft2 = ft]

1 Cubic 2 2 2 4 8 24 0.500 0.167 0.333
2 Cubic 5 5 5 25 125 150 0.200 0.167 0.200
3 Cubic 10 10 10 100 1000 600 0.100 0.167 0.167
4 Rectangular 25 15 35 375 13125 3550 0.029 0.106 3.697
5 Rectangular 30                
6 Rectangular 35                

ISLO-5: QUNTITATIVE LITERACY – SPRING 2021 – ISCI 1101 [Section 02] Assigned Feb 05, 2021; DUE: Feb 10, 2021

Objective: Understanding Measurement system- Collection and Extraction of Additional Information & Generalization

Section A:

1. Referent:

2. Unit:

2.

3.

 

Section B:

 

Extracting Additional Information from Basic Measurements related to Cubic and Rectangular Type of Objects and Make Generalization on the basis of if the Length [ONLY] increases what would happen to listed items.

Show the Steps how you calculated the following since the Columns in Table are narrow and enter ONLY final [3 Decimal rounded] answers in Table.

 

 

1. Area

2. Volume

3. Surface Area

4. Other ratios in last 3 columns with appropriate units.

a. Area/Volume

b. Area/ Surface Area

c. Volume / Surface Area

 

CUBIC RECTANGULAR

1. Area =(L x W) = (10 ft x 10 ft) = 100 ft2 Area = (L x W) = (25ft x 15 ft) = 375 ft2

2. Volume = (L x W x H) = (10ft x 10ft x 10ft) = 1000 ft3 Volume = (L x W x H) = (25ft x 15ft x 35ft) = 13,125 ft3

3. Surface Area = 6 [(L x W)] = 6[(10ft x 10ft)] = 600 ft2 Surface Area = 2[(LxW) + (LxH) + (WxH)] = 2[(25ftx15ft) + (25ftx35ft) +(15ftx35ft)]

= 2[(375ft2) + (875ft2) + (525ft2)]

= 2[(1775ft2)]

= 3550 ft2

 

4. Area/ Volume =[ 100ft2] / 1000ft3) = 0.100 ft-1 = [375 ft2/13125 ft3] = 0.02857 ft-1 = 0.029 ft-1

 

5. Area / Surface Area = [100 ft2 / 600 ft2] = 0.1666 = [375ft2 / 3550 ft2] = 0.1056

= 0.167 = 0.106

 

6. Volume / Surface Area = [1000 ft3 /600 ft2] = [13125 ft3 / 3550 ft2]

= 1.6666 ft = 3.6971 ft

= 1.667 ft =3.697 ft

 

 

 

 

Section C:

 

Cubic: [If the length is going to increase what would happen to the items below based on your own data and per your own calculation]

 

1. Area increases

2. Volume

3. Surface

4. Area/Volume decreases

5. Area/Surface Area constant

6. Volume/Surface Area increased and then decreased

 

Rectangular: [If the length is going to increase what would happen to the items below based on your own data and per your own calculation]

 

1. Area

2. Volume

3. Surface

4. Area/Volume

5. Area/Surface Area

6. Volume/Surface Area

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