Children And Play In The First Essay -- essays research papers

Child’s Play: The First Two Years of Life In the first two years of life play is both a reflection of and an influence on all areas of infant development: intellectual, social, emotional and physical. Play is a central, all–encompassing characteristic of infant development, allowing children to learn about the world and themselves. Even during the first half-year of life infant’s really do play, even though the interpretation of what is play and what is exploration must first be established. The focus of this paper is to discuss three forms of play that occur during the first two years of life. The work of Jean Piaget and other psychologists in supporting and developing these ideas is critical. The first of these is sensorimotor play which begins with the infant’s accidental discovery of an activity that is inherently satisfying, and consists of the continuos repetition of that activity for the sheer joy of doing so (Hughes, 1991). The second is play with objects involves the intentional handling of an o bject that leads to satisfaction from the handling. Finally symbolic play is the use of mental representation, in which one object represents another (Hughes, 1991). Exploration or Play?   Ã‚  Ã‚  Ã‚  Ã‚  The differences between play and exploration can be difficult to assess. When infants are exploring their surroundings, they are usually cautious and serious. While examining an item during exploration an infant would smell, taste and perhaps rub the item against his/her cheek in a ritualistic manner. In play however, an infant would jump from one object to another without care, and play activities are completely devoid of the rigidity previously described.   Ã‚  Ã‚  Ã‚  Ã‚  Finally, when children explore their entire attention is drawn on the object begin explored. Their heart rates are steady, and they are unwilling to be interrupted. Yet, during play the children’s heart rate is variable and they are interrupted easily (Hughes, 1991). It should be easier to tell the difference between play and exploration using these behavioral differences as a guideline. Sensorimotor Play   Ã‚  Ã‚  Ã‚  Ã‚  The first year of life consists of what Jean Piaget called sensorimotor play or practice play (Piaget, 1962), the repetition of already assimilated sensory or motor activities for the sheer pleasure of doing so. Piaget suggests th... ... even more sophisticated, as children combine objects in play, use them appropriately, and begin incorporating them into symbolic play.   Ã‚  Ã‚  Ã‚  Ã‚  Symbolic play is characterized by a serious of levels that suddenly appear in the second year. Further development is seen as each level is symbolic play is explored. Decentration refers to the degree that a child is able to shift focus from self to external objects. Decontextualization refers to the use of one object as a substitute for another, and integration is the organization of play into complex patterns. References Garvey, C. (1990). Play. Cambridge: Harvard University. Hughes, F. P. (1991). Children, play and development. Boston: Allyn/Bacon. Piaget, J. (1962). Play, dreams, and imitation in childhood. New York: Norton. Piaget, J. (1963). The origins of intelligence in children. New York: Free Press. Rosenblatt, D. (1977). Developmental trends in infant play. In B. Tizard & D. Harvey   Ã‚  Ã‚  Ã‚  Ã‚  (Eds.), The biology of play. Philadelphia: Lippincott. Sheridan, M.D. (1977). Spontaneous play in early childhood from birth to six years.   Ã‚  Ã‚  Ã‚  Ã‚  England: NFER Publishing.

Sad Exam Paper

COLLEGE of SCIENCE and ENGINEERING Department of Computer Science and Information Systems End-of-Semester Assessment Paper Academic Year: Module Title: Duration of Exam: Lecturer(s): 2008/2009 Systems Analysis 2. 5 Hours J. J. Collins Semester: Module Code: Percent of Total Marks: Paper marked out of : Spring CS4125 60 100 Instructions to Candidates: †¢ Answer Q1, and any TWO other questions. Q1 Answer ALL parts. Total marks awarded for this question: 40. a) b) Distinguish analysis from design. 4 marks. What are the benefits and liabilities derived by subscribing to a development philosophy based on up-front design? marks. c) d) List the activities that take place in system design. 4 marks. What are the characteristics of the Extreme Programming (XP) approach to software development? 4 marks. What are the benefits of an open and closed architecture? 4 marks. f) What problem is addressed by Gamma et al. ’s Behavioural state pattern? Illustrate this pattern through the use of a class diagram. 4 marks. g) h) Illustrate initialisation in the MVC architecture using a sequence diagram. 4 marks. List the support features typically offered by a DBMS? 4 marks. e) Page 1 of 5 i)Draw a class diagram that illustrates that a copy can be a copy of a book or DVD, but not both. 4 marks. Briefly critique The UML. 4 marks. j) Q2 Answer ALL parts. Total marks awarded for this question: 30. a) b) What are the characteristics of good software? 5 marks. Describe the unique features of the Object-Oriented paradigm, and illustrate polymorphism with pseudocode or coding fragments. 5 marks. Distinguish multiple classification from generalisation, and illustrate with a diagram. 5 marks. How are contracts supported in software engineering, and illustrate with a diagram.You should briefly discuss support for enforcement of contracts. 5 marks. Draw a diagram to illustrate the principle of â€Å"programming to interfaces, not implementation†. What benefits are derived by a dhering to this principle? 5 marks. f) What is meant by behavioural subtyping? Illustrate the answer with a class diagram. 5 marks. c) d) e) Q3 Answer ALL parts. Total marks awarded for this question: 30. a) What are non-functional requirements, and provide a categorisation for these requirements. 5 marks. Critique use cases as the means of capturing requirements. 5 marks. ) What technique is used by Data Driven Design (DDD) to identify key domain abstractions? Name an alternative approach to DDD. 5 marks. d) The following is a restatement of requirements that must be supported in the first iteration. Books and Journals: The library contains books and journals. It may have several copies of a given book. Some of the books are for short term loans only. All other books may be borrowed by any library member for three weeks. Members of the library can normally borrow up to six items at a time, but members of staff may borrow up to 12 items at one time.Only members of staff may borrow j ournals. b) Page 2 of 5 Borrowing: the system must keep track of when books and journals are borrowed and returned, enforcing the rules described above. Identify the candidate classes in the following informal use case description, and give the reasons for the elimination of poor candidates using a clearly specified set of heuristics. Then briefly sketch a class diagram. 5 marks. e) Draw a UML diagram that reflects the following code fragment. Class Order †¦ Public OrderLine getLineItem(Product aProduct); Public void addLineItem(Number amount, Product forProduct); †¦Ã¢â‚¬ ¦Ã¢â‚¬ ¦Ã¢â‚¬ ¦Ã¢â‚¬ ¦Ã¢â‚¬ ¦ 5 marks. ) What is the purpose of adding a control class to the communication fragment used to support a collaboration which realises a use case? 5 marks. Figure 1. State chart for a Campaign object (adapted from Agate case study in Bennett, McRobb, and Farmer. Object-Oriented Systems Analysis and Design, Third Edition. McGraw-Hill. 2006). Page 3 of 5 Q4 Answer ALL parts. Tot al marks awarded for this question: 30. a) Describe the algorithmic and non-algorithmic techniques used to document a specification for an operation. 6 marks. Modify the state chart in figure 1 when instructed that: 1.A campaign object can be both Monitoring and Running when in the state active. 2. When Monitoring, it can be in substates survey or evaluation, with survey being the default. 3. When the event surveyComplete() fires, a transition from survey to evaluation takes place. 4. When the event runSurvey() fires, a transition from evaluation to survey takes place. 5. When running, it can be in substates advert preparation, scheduling or running adverts, with advert preparation being the default. 6. A transition from advert preparation to scheduling occurs with invocation of he reflexive operation authorise() when the event advertApproved() fires. 7. A transition from scheduling to running adverts occurs when the event confirmSchedule() fires. 8. A transition from running advert s to advert preparation occurs with invocation of the reflexive operation modifyBudget() when the event extendCampaign() fires. 9. A transition from Active to Suspended occurs with invocation of the reflexive operation stopAdverts() when the event suspendCampaign() fires. 10. A transition from Suspended to Active occurs when the event resumeCampaign() fires. 1. Must support shallow histories for the concurrent submachines Running and Monitoring. 6 marks. Draw an activity diagram that captures the following workflow for a conference organiser: †¢ The conference organiser receives an itinerary. †¢ He/She then sends this to an invited speaker. †¢ The invited speaker either confirms the itinerary or fails to respond within 48 hours. †¢ If no response has been received, the conference organiser cancels the itinerary. †¢ Otherwise, the conference organiser books the itinerary. 6 marks.Describe two types of coupling and three types of cohesion as described by Coad and Yourdon (1991), that apply at the class level. 6 marks. e) What problem is addressed by Gamma et al. ’s Composite structural pattern? Illustrate this pattern through the use of a class diagram. 6 marks. b) c) d) Page 4 of 5 Q5 Answer ALL parts. Total marks awarded for this question: 30. a) Draw a sequence diagram to illustrate the workflows and phases in the Rational Unified Process (RUP). 3 marks. List three principles that underpin the RUP. 3 marks. ) Briefly discuss transparency versus safety with respect to the Composite design pattern. 6 marks. d) Describe Smalltalk’s Model View Control (MVC) architecture, and illustrate your answer through the use of a class diagram. 4 marks. e) Draw a sequence diagram to illustrate initialisation of the MVC architectural pattern. 4 marks. f) Describe the Broker architecture with proxies, and illustrate your answer through the use of a sequence diagram. 4 marks. g) Why should software engineers strive to specify pre and post conditions with Object Constraint Language (OCL). 6 marks. b) Page 5 of 5

Gummy Bear Lab Essay

Question- If the percent of the concentration of a solution varies, will the amount of water gained or lost vary in a linear fashion? Hypothesis- If the concentration of a solution varies, then the amount of water lost or gain will not vary in a linear fashion Prediction- I think that the amount of water lost will not vary in a linear fashion. I think the water will vary like one gummy bear would lose 4 grams while another would lose 6 grams while another would lose 3.56 grams. Just numbers all over the place. Experiment- 1. Materials needed: a. 5 gummy bears b. 5 beakers c. A scale d. Distilled water e. Salt f. A cover for each beaker g. A paper to put on the scale h. Tweezers The independent variable is the salt in the water. The dependent variable is whether the amount of water lost or gained in the gummy bears varies in a linear fashion. The constants are the type of gummy bear used in this experiment, the type of salt, the type of beaker, the type of scale, the cover, amount of water, and the amount of time the gummy bears have. The control is the beaker without the salt in it; Beaker A. Safety procedures  include washing your hands before and after the experiment. Day 1: Get 5 beakers and 5 gummy bears. Put a paper on the scale and find the weight of the gummy bears. Then put the gummy bears in each beaker and label the beakers A-E. Put 100 ml of water in each beaker. Pick a solution you want each beaker to have. For this experiment the solutions were: Beaker A- 0%; Beaker B- 5%; Beaker C- 10%; Beaker D- 15%, and Beaker E- 20%. So to put the solutions into the beaker, first take salt and find the weight of it. It you want a 5% solution; the salt’s weight has to be 5 grams or close to 5 grams. Do the same for the other beakers. Of course, Beaker A will have no salt in it because it doesn’t have a solution with salt. Cover each beaker with the same kind of cover and wait for 24 hours to see what happens. Day 2: Take the beakers out of the place they were in. Spill all the liquid out of all the beakers. Make sure to identify which gummy bear is which. It is best to do this one at a time. Take the gummy bear out of the beaker with tweezers. Put a paper on the scale and weigh each gummy bear. Record the weight. When you are done weighing each, throw the gummy bears and all waste away and wash your hands. Analysis: Observations were that all the gummy bears lost their pale yellow color and turned into a clear color. Some gummy bears had salt sticking to it. Another gummy bear lost its shape completely and it looked like glob. Some gummy bears looked like it gained weight and some looked like it lost weight. Errors were that a little bit of salt was added into the control group; Beaker A. Results from Alexis’s group were that all the gummy bears gained weight and Justin told me that all his gummy bear’s also gained weight although I don’t know what their solution were for each beaker or the difference from the final weight to the initial weight. Their results didn’t vary in a linear fashion. Mathematical calculations were to subtract the final weight of the gummy bear with the initial weight of the gummy bear. Conclusion The results of the experiment were that the water lost or gained didn’t vary in a linear fashion. It went from one number to another. Even though the amount of solute varied in a linear fashion, the differences did not. They vary at a nonlinear rate. These results matched the hypothesis and proved it correct. Errors that happened in this experiment were that some salt was added to the control group; Beaker A. This could have affected the dependent variable by gummy bear losing a little bit of weight because of the salt. The results from the other groups were that their results didn’t vary in a linear fashion. This is consistent with my results because the difference in grams also didn’t vary in a linear fashion. This means that my lab was done correctly. Other experiments that can be done are by taking a jar and filling it with water. Then secure the paper towel on the jar with a rubber band. Make a water filled chamber to put food coloring drops it in and see what happens. The paper towel is the cell membrane and the food coloring is the water molecules crossing the cell membrane. Another experiment is by filling two beakers of water, making them  ¾ full and labeling them. Then add salt to one beaker and mix it into the water until no more salt can dissolve. Put a carrot, celery, and 3 raisins in each beaker and see what happens in 24 hours.

Differentiating Organisms Using a Gram Stain

Amanda Lab Report 1 Microbiology Laboratory Title – Differentiating Organisms using the Gram Stain Introduction The experiment conducted was based upon the known attributes of two different groups of bacteria, those that are gram positive, and those that are gram negative. Using a specific staining procedure, it is possible to differentiate the two types under a microscope The gram stain method of differentiation is possible because of differences in the cell membrane between the two categories of bacteria. Gram positive cells have an extra thick layer that is made of highly-crosslinked peptidoglycans, which impart different properties.This layer makes the cells less susceptible to decolorization by Ethyl Alcohol. Using this property, cells with a thinner peptidoglycan layer can be stained a different color than gram positive cells within a culture. The primary color is applied to the culture and imparts a purple color to all bacteria in your sample. Adding Gram’s iodin e, a mordant used by the method’s namesake, makes the violet color more intense, and creates a bond with the primary stain that makes it less soluble. The third step is to add a decolorizing agent, Ethyl Alcohol.In gram negative cells the alcohol makes the outer cells porous, which allows the primary stain to be washed away. The gram positive cells have pores that are actually dried out by the alcohol, which makes the primary stain fix into the membrane, and not get washed away. The final stain is the counter stain that lends a different, pinkish color to the gram negative cells that have been washed of the primary stain. Methods The method used in this experiment was derived from Cappucino and Sherman (2011) as detailed in experiment 10 with substitutions for the unknown bacteria.Aseptic lab technique was followed. One slide of the #7 unknown bacteria and one slide which included both unknown #7 and unknown #2 were prepared using the following stain technique. The initial sm ears were made from broth cultures using a loop, air dried, and then heat fixed. The smears were covered with crystal violet stain and allowed to absorb for one minute, before gently rinsing with a controlled stream of water from a squeeze bottle. Next, Gram’s iodine was applied to the smears with a dropper and left to sit for one minute before rinsing with water.Next, the 95% Ethyl Alcohol mixture was dropped slowly onto each smear and allowed to run off until the alcohol appeared clear and then gently rinsed with water. Lastly in the staining procedure, Saffranin was dropped onto the smear until it was covered, for 45 seconds. The smears were rinsed with water final time, then placed between sheets of bibulous paper to dry. Each smear was viewed under the light microscope using oil immersion at 1000x magnification. These smears were compared to smears prepared in the same fashion, of the known bacteria E. coli, B. cereus, S. ureus, and a mixed smear containing both E. coli and S. aureus. Results Experiment 10 Observations Bacteria| E. coli| B. cereus| S. aureus| Mixture of E. coli and S. aureus| RepresentativeField| | | | | Shape| Bacillus| Bacillus| Cocci| Cocci, Bacilli| Arrangement| Single, some clustered by the stain| Strepto| Variable, mostly staph| cluster| Cell Color| pink| purple| purple| Purple/pink| Gram Reaction| -| +| +| +/-| Unknown Bacteria Observations Name| Unknown #7| Unknown #2| Mixed Field| Representative Field| | | | Shape| Bacillus| cocci| Bacillus/Cocci overlap|Arrangement| Strepto| staph| cluster| Cell Color| Purple| purple| Purple| Gram Reaction| +| +| +| * Table 1 shows how the three different cells were observed after staining. The only pink and gram negative bacteria were the E. coli which were rod shaped and collected in a strepto arrangement. Bacillus cereus was purple in color, appeared rod shaped characteristic of bacilli and was gram positive, appearing purple as expected. The other gram positive and purple bacteria, St aphylococcus aureus were spherical in shape, and clustered into large groups with some lone cocci visualized.The mixture in Table 1 showed a good contrast between the pink rods of E. coli and the purple circles of S. aureus. * Table 2 shows Unknown # 7 as a rod shaped, chain forming, purple bacteria. Unknown #7 was visualized as a clustering purple, spherical organism. Both appeared gram +. The mixture of the two showed the same shapes, but in this case the rods and spheres tended to cluster and were more difficult to observe as they were the same color. But rods and spheres could be clearly discerned upon careful examination. Table 1 served as a control for table 2, as each the unknowns in Table 2 were going to be one of the Table 1 organisms, barring contamination. If a bacteria was visualized in Table 2’s data that was not present in Table 1, there was an obvious error which could be corrected by redoing the slides. The information for Table 2 came from observations on Thu rsday following the original day for the unknowns on Tuesday, as we observed contamination on the slides from gram negative bacteria that should not have been present with gram positive stains.Discussion B. cereus and S. aureus appeared purple upon observation through the microscope. This is consistent with knowledge about the two bacteria that indicate they are gram positive bacteria. The purple coloration means that their outer layers are of the more highly cross linked type with more peptidoglycan, which gives their cell membrane shape and firmer structure. This also makes the membranes open to dehydration without weakening.When the decolorizing agent was applied in this experiment, the cell walls of the gram positive organisms shrank up, not allowing the primary stain to leave. They remained purple even after treatment with Saffranin. E. coli’s outer layer also has peptidoglycan but it is much thinner, and surrounded by lipids. When the decolorizing agent was applied to t he slide containing this bacteria, it’s membrane let the stain wash easily out of the thin membrane. The saffranin as the second stain was then picked up easily, giving the E. oli a pink shade. The results of the study show that unknown # 7substance was B. cereus. The purple color and gram positive reaction ruled out E. coli as the identity of the unknown. Rods arranged in strips were observed in the unknown # 7, so B. cereus became the leading contender. When unknown #2 and unknown # 7 were mixed, a contrast between the rods and spheres could be observed, which made it clear that unknown #7 showed a clear bacilli structure. Contamination on Tuesday of the experiment led to misleading results.Because unknown #2 had been visualized as purple cocci, and unknown #7 had been visualized as purple bacilli, when unknown #2 and unknown # 7 were mixed, it was unclear as to what the pink gram negative bacteria appearing in the slide were. The pink bacteria clung to the purple bacteria in the slide. It was decided that the unknown #2 had been mixed up with another unknown during testing, or the aseptic technique had been compromised. The unknowns were heat fixed and stained a second time, visualized individually and in a mix . The final results were unambiguous.It is unclear whether the gram-negative bacteria were E. coli or another gram negative bacterium as the pink structures were behind the purple structures in the slide and were very translucent. It also possible the pink bacteria were a result of decolorizing the bacteria for too long with ethyl alcohol during the staining process, or the pink bodies were contaminant material and not cells at all which happened to take on the Saffranin stain by chance. Literature Cited Cappuccino, J. G. , and N. Sherman (2011) Microbiology: A Laboratory Manual. Pearson Benjamin Cummings (San Francisco).

Quani’s Story

Family Genealogy Paper A family that prays together stays together is an idiom passed down from generations to generations. My family stands firm on this phrase and will continue to pass it down to generations to come. As I conducted a few conversations with family members, from the maternal side of my family, I understood why they believed in the quote and I will continue to pass it down to my kids and family. The reason I researched my mother's side of the family was because they are arger than my father's side and they are in close proximity of each other.My mom's side of the family grew up in a small North Carolinian town called Pinetop. I went back as far as my great-great grandparents and their names were Edward and Rachael Crummedy. They were sharecroppers and they both passed away when my great-grandmother was 9 years old. My great-grandparents are the late Columbus and Clara Crummedy Dickens. Born in 1913, Columbus Dickens grew up to be a sharecropper and provider for his fa mily. Columbus worked for a white man who wned the property that the Dickens family resided on.He would work on the farm all year long Just so that the family could stay on the farm and also have food to eat. His return pay would be a stipend at the end of the year that went towards the bills for the house, so he never really saw any money for his own good. During certain times of the year he had to hire other people to help him maintain the farm (who were usually family members) and they would receive their pay from whatever Columbus received. If Colu

Behavioral and Social-Cognitive Approaches to Forming Habits

Behavioral and Social/Cognitive Approaches to Forming Habits PSY/250 Behavioral and Social/Cognitive Approaches to Forming Habits Habit is defined as â€Å"an acquired behavior pattern regularly followed until it has become almost involuntary† (Dictionary. com, n. d. ). Most people have some sort of habit that they have acquired or learned throughout their life. Some are as non-noticeable and as simple as looking both ways before crossing a street or roadway. We are taught this at an early age for safety purposes, but to us, it is just a normal â€Å"it makes sense† act that we practice probably every day. Some individuals learn habits from a young age; other habits can form once an individual gets older and makes their own decisions. Forming a habit can come from many role models or witnessed behavior. For example, if an infant cries or upset, usually they are comforted by food or soothing from the mother. At this point, the infant recognizes that a particular act receives a particular reward. This is an example of behavioral approach to a habit. If the infant cries, it gets rewarded with milk and soothing. Since the child only knows how to communicate by crying, this is how the child lets the parent know that they are in need of something, in some cases, just in need of attention. Another approach is the observational learning in which people learn to do something without actually performing it (Krapp, 2005). It can also be termed as social/cognitive approach. An example of this would be a child witnessing a sport on television. They see the actions play out with the team, and go out and â€Å"reenact† what they saw even though they have never played the game. The child does not necessarily know the rules of the game, but the basic tools and concept of the game. Bandura claims that people are more apt to copy behavior that leads to a positive outcome (Krapp, 2005). However, some individuals have habits that can have a negative and possibly deadly outcome. For example, drug and alcohol habits have the possibility to become deadly. Most individuals are aware that those particular habits are not healthy for them, but they are attracted and tempted by the way those habits make them feel. Those habits are said to be diseases, but at what point are they a sickness? At first, I believe, that the â€Å"sicknesses† are habits and it is only until you try all means possible to quit, that it becomes a sickness. A habit can start by having a beer after a game, smoking a joint when you are stressed, or using some other sort of substance to make you feel better. At some point, one starts making excuses or reasons to continue the habit even if the original situation that made you start that habit, is not where the habit is taking place anymore. One of the habits that I have is biting my nails. From as far back as I remember, I have been biting my nails. I suppose I developed this habit by witnessing my father do the same thing. I can remember being a young child and seeing my father sitting on the couch with his hand in his mouth biting his nails. I do not remember the first time I did it, and I still continue this habit to this day. Actually while writing this paper, I find myself pausing and thinking and noticing that when I pause, my hand automatically goes in my mouth, and I start nibbling at my nails. I feel that I concentrate better when my hands are busy doing something. Whether it is biting my nails or twisting my hair, my hands are always doing something. I have attempted to quit this habit, and at this point, I am very unsuccessful. When I put acrylic nails on, I obviously do not bite my own nails, but I do find myself picking and messing with the nails that have been put on. Whether it is tapping my nails, or picking at my cuticles, I am constantly messing with them. By using the behavioral personality theory, I am not exactly sure why I have this habit. I do not get any sort of satisfaction from the habit or feel any sort of accomplishment. Writing about it now, I wonder why I continue such a habit if I am not getting anything out of it. The habit is not making me a better person, nor am I fulfilling some comfort issues. I continue this habit all the times and I find that it is not situational. I bite my nails when I am bored, and when I am busy, when I am nervous, and when I am excited. It is a constant habit that I continue daily, if not hourly. I can develop a plan to condition myself to quit the habit by making sure my hands are busy with something else. If my hands are busy, then I will not be able to put them in my mouth to bite my nails. I have also found that if my mouth is busy, with eating or chewing gum, then I will not bite my nails either. So at this point, the habit not only has something to do with my hands, but also it is an oral fixation. As far as the oral fixation and satisfaction, I do not feel as though I am getting anything out of it, but I continue, and most likely will continue the habit. In conclusion, every person has some sort of habit that stems from personal experience or observation. Many people have role models that have taught them this habit and will continue the habit until they are completely satisfied or the habit is replaced by another habit. References Website: www. dictionary. com, n. d. Cerutti and J. E. R. Staddon, Annual Review of Psychology. (Annual 2003), p115. Psychologists and Their Theories for Students, Ed. Kristine Krapp, Vol. 1. Detroit: Gale, 2005. p39-66

Americas post civil was growing pains Essay Example | Topics and Well Written Essays - 1000 words

Americas post civil was growing pains - Essay Example But during this period, a lot of people who entered America suffered a lot of pain because of discrimination. The treatment of whites and blacks were different, and it took a long time before everything in immigration was smoothed out. Two questions loom on this topic: Could events have been different if President Lincoln had not been assassinated, and how industrialization affected the lives of the American citizens during this period. To the first question: Could events in the Reconstruction period have been different if President Lincoln had not been assassinated. Yes, I believe it would have been because he had a lenient plan of transformation. The period of 1865–77 was called the Reconstruction Period in the U.S. history because it was a time when the federal government reinstated the states that had seceded during the war. It was a time when President Lincoln had to face many political and social issues such as â€Å"how to deal with the states when they were reunited, how to deal with the freed slaves, and how should Southern whites be treated† (Kelly, n.d.). If President Lincoln had it his way and if he had not been assassinated, he would have had lenient proposals for the seceded states. First, he wanted to consider those states that seceded on or at the outbreak of war as if they had not seceded. He wanted to grant pardon to southerners who participated in the war if they pledged allegiance to the United States. Second, President Lincoln would allow readmission of the state if it formed a government that would guarantee freedom of slaves, and if 10% of white voters in that state took an oath of allegiance to the US (Kelly, n.d.). His political opponents did not agree with this and after his death, made the reintegration difficult. To the second question: How industrialization and urbanization affected the life of the average working American during the period. It was significantly affected in many ways: economically, socially and cultura lly. The industrialization that started in early 1800s continued to grow steadily amidst the Civil War, although the American industry at that time was described to be typically small. However, after the war, when reforms were introduced, industrialization grew more tremendously as machines replaced hand labor, railroad network allowed marketing and distribution of goods in many areas, and inventions made work processes easier. Machines produced a greater number of goods, gave jobs to more people, and created specialization and labor division. As industrialization grew, the life of the average American was affected. Since businesses were situated in cities, people began to flock the cities in droves to look for work. The availability of jobs in cities attracted people from the farms to the cities. This situation, according to the website of theusa.online.com (n.d.), created an economic division of the rich and the poor, which was widely resented by the people. It had created the wea lthy, middle class and the underprivileged class of society. Immigration caused the population of America to grow by more than double, from 40 million to 100 million from 1870 to 1970 (theusa.online.com, n.d.) This period also depicts different pictures of an era. The South was economically behind the North because of the war while the frontier life of the West ended. The South remained to be an agricultural area all throughout the period of industrialization. The farming