Distance Learning Essay Example | Topics and Well Written Essays - 1000 words

Distance Learning - Essay Example This is considered a significant problem to the people who have chosen to use this mode of studying, so as to meet the requirements of their courses and the relevant units in their field of study. In addition to this, the students may lack proper guidance because they are not near the learning institutions. Although there are some cases where the issue of implementing distance learning can affect the individuals’ concentration, the use of distance learning with a combination of technology has been effective and should be considered for use so that people can be able to study and do other types of tasks at the same time developing the nation. Relative to many studies that have been carried out, the traditional way of studying was done by ensuring all students were in the institution, and all the activities were carried out in an environment where there was a protocol to be followed. This meant that all the lessons were to be attended, and all the concentration was to be in the classroom environment (Chickering and Gamson 5). The implementation of the traditional way of learning, however, affected the way of operation of other students as they felt uncomfortable working under strict rules and regulations in their studies. This meant that they had to look for other ways, which could enable them to operate under some free environment, and this affected their relationship with the instructors. The issue of having to implement the distance learning to students have also been analysed from those who have been using the method before and different individuals had different reasons as to why the idea was either effective or not, to their studies. Relative to those who had experienced working with distance learning, they had to complain about the congestion that was being experienced in rooms, that were used for chatting as they studied. This meant that, the work they were being given had to delivered to them after the time required and students also had to give i n the work after the time that they were expected to submit. This influenced the way that the students and the instructors operated (Mantyla and Richard 12). The traditional way of studying, however, is being replaced with the introduction of technology in the world today. This has led to people having to learn from their own comforts, and finally being awarded a certificate in the long run after they are through with their course work and examinations. Benefits of Distance Learning Distance learning has been immensely beneficial to the environment as it influences the operations being carried out by the people, as well as the organizational aim to improve the economy of the nation. This is mainly because, individuals can be able to work as they study and finally have all the requirements of the society met within a specified range of time (Chickering and Ehrmann 7). The time that is needed for several years of study can be reduced by ensuring that an individual embraces the use of distance learning. This is mainly because, the individual will have time to work as they study at the same time. This ensures that as the individual works they also get some income to help them improve their living standards and work according to the requirements of their families and society. Distance learning helps those individuals who are not able to be found at the place of study because of various reasons that they can hardly avoid.

Displays the result Essay Example for Free

Displays the result Essay To improve legibility the comments are displayed to the right of every TOM line of code, and not in the standard style. read keyin Reads data inputted by keyboard and stores in the store location keyin load keyin Loads data from the store location keyin in to the accumulator sub minus Subtracts the store location minus from the accumulator store display Stores value in accumulator in the store location display print display Displays contents of the store location display on the screen stop Stops program execution minus data. 1 Initialises a store location minus with the value 1 in it keyin data 0 Initialises a store location keyin with the value 0 in it display data 0 Initialises a store location display with the value 0 in it 2. Write a TOM program that reads a number from the keyboard, multiplies it by 2, reads another number b from the keyboard, multiplies it by 3, and then displays the result. In other words, evaluate 2*a+3*b. read keyin1 Reads data inputted by keyboard and stores in the store location keyin1 load keyin1 Loads data from the store location keyin1 in to the accumulator mult val1 Multiplies the accumulator by the store location val1 store display Stores value in accumulator in the store location display read keyin2. Reads data inputted by keyboard and stores in the store location keyin2 load keyin2 Loads data from the store location keyin2 in to the accumulator mult val2 Multiplies the accumulator by the store location val2 add display Adds the store location display to the accumulator store total Stores value in accumulator in the store location total print total Displays contents of the store location total on the screen stop Stops program execution val1 data 2 Initialises a store location val1 with the value 2 in it val2 data. 3 Initialises a store location val2 with the value 3 in it keyin1 data 0 Initialises a store location keyin1 with the value 0 in it keyin2 data 0 Initialises a store location keyin2 with the value 0 in it display data 0 Initialises a store location display with the value 0 in it total data 0 Initialises a store location total with the value 0 in it 3. Write a TOM program that displays two numbers, entered from the keyboard, in descending numerical order. read keyin1 Reads data inputted by keyboard and stores in the store location keyin1 read keyin2. Reads data inputted by keyboard and stores in the store location keyin2 load keyin1 Loads data from the store location keyin1 in to the accumulator sub keyin2 Subtracts the store location keyin2 from the accumulator jifz lower Transfers control to the instruction lower if the zero flag is set print keyin1 Displays contents of the store location keyin1 on the screen print keyin2 Displays contents of the store location keyin2 on the screen stop Stops program execution lower print keyin2 Displays contents of the store location keyin2 on the screen print keyin1. Displays contents of the store location keyin1 on the screen stop Stops program execution keyin1 data 0 Initialises a store location keyin1 with the value 0 in it keyin2 data 0 Initialises a store location keyin2 with the value 0 in it 4. Write a TOM program that reads a number N from the keyboard and displays the sum of all integers from 1 to N i. e. 1+2+3+ +N. read keyin. Reads data inputted by keyboard and stores in the store location keyin loop load sofar Loads data from the store location sofar in to the accumulator add one Adds the store location one to the accumulator store sofar Stores value in accumulator in the store location sofar add total Adds the store location total to the accumulator store total Stores value in accumulator in the store location total load sofar Loads data from the store location sofar in to the accumulator sub keyin Subtracts the store location keyin from the accumulator jifn loop. Transfers control to the instruction loop if the sign flag is set print total Displays contents of the store location total on the screen stop Stops program execution keyin data 0 Initialises a store location keyin with the value 0 in it one data 1 Initialises a store location one with the value 1 in it sofar data 0 Initialises a store location sofar with the value 0 in it total data 0 Initialises a store location total with the value 0 in it Alternatively, a more mathematical approach would be to use the below program. Observing the numbers inputted and outputted from the above program, I was able to find a relationship between the two numbers, this can be summarised by the below formula: (N x 0. 5) + 0. 5 x N = TOTAL The program using the above formula is simpler to write, uses far less processor cycles, and therefore far more efficient. read keyin Reads data inputted by keyboard and stores in the store location keyin load keyin Loads data from the store location keyin in to the accumulator mult val Multiplies. the accumulator by the store location val add val Adds the store location val to the accumulator mult keyin Multiplies the accumulator by the store location keyin store total Stores value in accumulator in the store location total print total Displays contents of the store location total on the screen stop Stops program execution keyin data 0 Initialises a store location keyin with the value 0 in it val data . 5 Initialises a store location val with the value 0. 5 in it total data 0 Initialises a store location total with the value 0 in it TOM2 1. A mobile telephone company, Odear, makes a monthly standing charge of i 12. 50 and charges 5 pence per local call. Write a TOM program that reads the amount of calls made and displays the total monthly bill. read calls Reads data inputted by keyboard and stores in the store location calls load calls Loads data from the store location calls in to the accumulator mult rate Multiplies the accumulator by the store location rate add standing Adds the store location standing to the accumulator store total Stores value in accumulator in the store location total print total Displays contents of the store location total on the screen stop Stops program execution total data. 0 Initialises a store location total with the value 0 in it calls data 0 Initialises a store location calls with the value 0 in it standing data 12. 50 Initialises a store location standing with the value 12. 50 in it rate data . 05 Initialises a store location rate with the value . 05 in it 2. Expand your program of (1) so that the program jumps back to the beginning, ready to calculate another bill instead of ending. start read calls Reads data inputted by keyboard and stores in the store location calls load calls Loads data from the store location calls in to the accumulator mult rate. Multiplies the accumulator by the store location rate add standing Adds the store location standing to the accumulator store total Stores value in accumulator in the store location total print total Displays contents of the store location total on the screen jump start Transfers control to the instruction start stop Stops program execution total data 0 Initialises a store location total with the value 0 in it calls data 0 Initialises a store location calls with the value 0 in it standing data 12. 50 Initialises a store location standing with the value 12. 50 in it rate data . 05 Initialises a store location rate with the value . 05 in it 3. Whats wrong with the program in (2)? The program has no way of ending (normally), and will therefore loop continuously. 4. Modify (2) so that if the user enters 0 for the number of units the program terminates. start read calls Reads data inputted by keyboard and stores in the store location calls load calls Loads data from the store location calls in to the accumulator sub check Subtracts the store location check from the accumulator jifz end Transfers control to the instruction end if the zero flag is set mult rate. Multiplies the accumulator by the store location rate add standing Adds the store location standing to the accumulator store total Stores value in accumulator in the store location total print total Displays contents of the store location total on the screen jump start Transfers control to the instruction start end stop Stops program execution total data 0 Initialises a store location total with the value 0 in it calls data 0 Initialises a store location calls with the value 0 in it standing data 12. 50 Initialises a store location standing with the value 12. 50 in it rate data . 05 Initialises a store location rate with the value . 05 in it check data 0 Initialises a store location check with the value 0 in it 5. Now modify (4) so that the user can tell the system how many bills to calculate and the program terminates after running that many times. read billnum Reads data inputted by keyboard and stores in the store location billnum start read calls Reads data inputted by keyboard and stores in the store location calls load calls Loads data from the store location calls in to the accumulator mult rate Multiplies the accumulator by the store location rate add standing. Adds the store location standing to the accumulator store total Stores value in accumulator in the store location total print total Displays contents of the store location total on the screen load billnum Loads data from the store location billnum in to the accumulator sub billsub Subtracts the store location billsub from the accumulator store billnum Stores value in accumulator in the store location billnum jifz end Transfers control to the instruction end if the zero flag is set jump start. Transfers control to the instruction start end stop Stops program execution total data 0 Initialises a store location total with the value 0 in it calls data 0 Initialises a store location calls with the value 0 in it standing data 12. 50 Initialises a store location standing with the value 12. 50 in it rate data . 05 Initialises a store location rate with the value . 05 in it billnum data 0 Initialises a store location billnum with the value 0 in it billsub data 1 Initialises a store location billsub with the value 1 in it 6. Finally, modify the program of (5) so that the user can first enter the price per unit, and the standing charge. Read rate Reads data inputted by keyboard and stores in the store location rate read standing Reads data inputted by keyboard and stores in the store location standing read billnum Reads data inputted by keyboard and stores in the store location billnum start read calls Reads data inputted by keyboard and stores in the store location calls load calls Loads data from the store location calls in to the accumulator mult rate Multiplies the accumulator by the store location rate add standing. Adds the store location standing to the accumulator store total Stores value in accumulator in the store location total print total Displays contents of the store location total on the screen load billnum Loads data from the store location billnum in to the accumulator sub billsub Subtracts the store location billsub from the accumulator store billnum Stores value in accumulator in the store location billnum jifz end Transfers control to the instruction end if the zero flag is set jump start. Transfers control to the instruction start end stop Stops program execution total data 0 Initialises a store location total with the value 0 in it calls data 0 Initialises a store location calls with the value 0 in it standing data 0 Initialises a store location standing with the value 0 in it rate data 0 Initialises a store location rate with the value 0 in it billnum data 0 Initialises a store location billnum with the value 0 in it billsub data 1 Initialises a store location billsub with the value 1 in it Modifications in TOM2 In question 1, the program initialises four store locations; rate to store the standard call rate of 0. 5, standing to store the standing charge of 12. 50, calls to store the number of calls made and total to store the total bill. The programs reads a value inputted by the user (number of calls), multiplies this value by the call rate, adds the standing order and displays it. Question 2 introduces a loop after the total has been displayed to the start of the program so that user may calculate another bill, this however is not ideal as there is no correct way to terminate the program normally. Question 4 combats this problem by allowing the user to enter 0 to terminate the program. This is done by introducing an additional store location called check with the value 0 assigned to it. The program subtracts check from the number of calls entered, if the result is 0 (0 0 = 0) then the zero flag is set, the jifz statement then transfers control to the end of the program, where it terminates normally. Question 5, in addition to the store location used in question 1 introduces two more; billnum to store the number of bills required and billsub, a store location containing the value 1. The user initially enters the number of bills required, this is stored in billnum, the program then calculates the bill in same way as question 1. After the bill has been displayed, the program subtracts billsub (1) from the number of bills, if the result is zero (ie no more bill to calculate) the zero flag is set, and using the jifz statement jumps to the end of the program. If the zero flag is not set (more bills to calculate) the program is looped back to enter more bill details. Question 6, allows the user to enter the standing charge, rate of calls and number of bills before the bills are calculated, these are stored in their respective locations (standing, rate and billnum) before the program continues to execute in the same way as question 5. CSO Tutorial 4 Exercise 2. 1 We wish to compare the performance of two different machines: M1 and M2. The following measurements have been made on these machines: Program Time on M1 Time on M2 1 10 seconds 5 seconds 2 3 seconds 4 seconds Which machine is faster for each program and by how much? For program 1, M2 is 5 seconds(or 100%) faster than M1. For program 2, M1 is 1 second (or 25%) faster than M2. Exercise 2. 2 Consider the two machines and programs in Exercise 2. 1. The following additional measurements were made: Program. Instructions executed on M1 Instructions executed on M2 1 200 x 106 160 x 106 Find the instruction execution rate (instructions per second) for each machine running program 1. Instructions executed = Instructions per second (instruction execution rate) time(seconds) M1 200000000 = 20000000 10 = 20 x 106 Instructions per second or 20 Million Instructions per second M2 160000000 = 32000000 5 = 32 x 106 Instructions per second or 32 Million Instructions per second Exercise 2. 3 If the clock rates of machines M1 and M2 in Ex 2. 1 are 200 MHz and 300 MHz respectively, find the clock cycles per instruction (CPI) for program 1 on both machines using the data in Ex 2. 1 2. 2. Clock rate = clock cycles per instruction (CPI) Instruction execution rate M1 200000000 = 10 clock cycles per instruction (CPI) 20000000 M2 300000000 = 9. 375 clock cycles per instruction (CPI) 32000000 Question 4 Draw a full flowchart of the final TOM program produced at the end of exercise TOM2. This should include all the instructions, loops and all the program labels in the appropriate places.

Natural Resources And Management Essay -- essays research papers

Natural Resources and Management   Ã‚  Ã‚  Ã‚  Ã‚  Cultural resources are the traces of all past activities and accomplishments of people that includes designated historic districts, archeological sites, buildings, structures, and objects. These also include less tangible forms like aspects of folklife, traditional or religious practices, and landscapes. These nonrenewable resources often yield unique information about past societies and environments, and can provide answers for modern day social and conservation problems.   Ã‚  Ã‚  Ã‚  Ã‚  a ship wreck   Ã‚  Ã‚  Ã‚  Ã‚  an arrowhead a canon   Ã‚  Ã‚  Ã‚  Ã‚  an Indian campsite   Ã‚  Ã‚  Ã‚  Ã‚  Indian rock art   Ã‚  Ã‚  Ã‚  Ã‚  a tin can   Ã‚  Ã‚  Ã‚  Ã‚  a Victorian house   Ã‚  Ã‚  Ã‚  Ã‚  an historic mining town   Ã‚  Ã‚  Ã‚  Ã‚  an irrigation canal   Ã‚  Ã‚  Ã‚  Ã‚  a dam   Ã‚  Ã‚  Ã‚  Ã‚  All of these can be cultural resources. Cultural resources are the physical remains of a people's way of life that archaeologists and historians study to try to interpret how people lived. Cultural resources are important because they help us to learn about our past. These tangible remains help us understand other cultures, appreciate architecture and engineering, and learn about past accomplishments. Furthermore, they offer educational and recreational opportunities and provide links to our past. &nb...

Gender Analysis of “The Tigers Bride” by Angela Carter Essay

The short story_The Tigers Bride_ raises thought provoking concepts around gender through a plot both alike and unlike traditional Beauty and the Beast. The role of both genders is explored and true freedom questioned within the bounds of society. The text delivers a powerful and even handed message to the genders that constraints are merely a construct, a mask which can slip and shatter when pressure is applied. Angela Carter sketches a bleak setting, and equally bleak outlook for the female protagonist, caught in a powerless, debased and objectified position of social standing. Agency is firmly placed with The Beast, and the father, opening with the line; ‘My father lost me to The Beast at cards’. Objectified from the outset for her beauty, the narrator is declared a ‘treasure’ by both men and a ‘pearl beyond price’ by her father. The barb is deepened with Christmas, the day of items named as the day of her birth. Her nickname ‘Christmas rose’ gives rye commentary on the traditional symbolism of the rose, which re-emerges later stained with her blood, representing the loss of innocence at the hands of the patriarchy much as her mother before her who ‘did not blossom long’. Despite her predicament the narrator represents herself and her gender atypically to binary stereotype with a cynicism and wit that cuts through the flaws of the hegemonic dominated society around her. Receiving a rose from The Beast, she calls it ‘unnatural and out of season’ and tears it apart whilst being bartered as an object in the card game. Her disdain for her predicament and surrounds are powerless in these early stages and are blended with a sadness ‘you think there is no winter but forget you take it with you’. The narrator fast becomes a heroine to the audience, through a nurtured appreciation of her budding inner strength. This is emphasised by the stark contrast to the insipidness of the father and veiled vulnerability of The Beast. The windup soubrette doll becomes a leading symbol of the dehumanising ideals of society on the female gender with the heroine  likening herself to the doll, initially. The valet’s statement ‘surrounding ourselves for utility and pleasure with simulacra is no less convenient than for most gentlemen’ casts light on the hegemonic expectation of society. However the heroine’s character grows in strength with every denial to The Beast and her rejection of society’s expectations of ‘her skin as her sole capital’ she acts on this through her rejection of the gifted diamond earrings. Role reversal occurs when The Beast himself unclothes in vulnerability ahead of the heroine. Transformation is near complete when she views the soubrette in a new light and intends to send the doll back to perform the stilted role of father’s daughter, realising that true freedom from the limitations of society means shedding and joining the ‘beasts’. The text proposes that gender constraints are a construct and are not limited to the suppression of female power. The bounds of society on The Beast and his estate are also evident and ironically his visage, scent and abode is criticised by the heroine as failing to comply with expectations. Her animosity towards The Beast is likely birthed in her predicament, his mask a reminder of the too perfect hegemony she detests. However The Beast conducts himself with a subtleness and dignity that can be afforded to no human in the story. Contrasting The Beasts behaviour with the character of the father or the viscous rumours of the nursemaids highlights the authors point that the limitations gender and society have created hamper the full potential of character. The Beasts compassion and coyness suggest an inner subordinate or complicit form of masculinity, the hegemonic persona forced, donned as disguise to conform. The story outlines an ideal place; ‘nothing human lives here’, a place where identity is essential to being not performed as a requirement. The message is bittersweet; the escape to freedom in a new skin is a relative exile from society; a clear rebuke to a society which forces such drastic methods upon the genders to avoid cultural ideation. Bibliography: Carter, Angela, (1996). The Tiger’s Bride. In Carter, Angela, Burning your boats : the collected short stories, (pp.183 – 201). London: Vintage.

Linear correlation coefficient and linear regression principles

Flouris, Metsios and Koutedakis (2006) studied the contribution of muscular strength in cardio-respiratory fitness tests, which are multistage shuttle run test (MSR), square shuttle run test (SSR) and maximal laboratory treadmill test (MT). The last minutes of an endurance race depended on muscular strength and anaerobic power. There however has no study yet on how lower extremity muscular strength performed in cardio respiratory fitness tests. The purpose of this study is to determine the levels of muscular strength independent using MT, MSR, and SSR. The participants of the study were thirty-eight healthy male individuals aged between 18 and 29 years old. To qualify for healthy individuals, those who smoke and hard benign medical history, were excluded from the study. Participants visit the data collection sites individually on three different occasions phased with a minimum of 96 hours between assessments. All these three assessments were done within two weeks. Time of assessment was between late morning and early afternoon. The first visit was for laboratory assessments: 1) progressive maximal laboratory treadmill test (MT) to exhaustion, where maximal attained speed (MAS) and maximal oxygen uptake (VO2MAX) were measured, and 2) isokinetic dynamometry, where measures of concentric peak torques of knee extensors (PTEX) and flexors (PTFL) and combined torque generated by both legs (PTC) were obtained. The remaining visits were for the field assessments of 20 meter multistage shuttle run test (MSR) and 20 meter square shuttle run test (SSR), where for each test the maximal attainment speed was measured. The linear regression analysis used in the square shuttle run test (SSR) was the equation: MASMSR = PTEX + PTFL + PTC. The beta-coefficients derived through the regression analysis however were not reported. From the isokinetic dynamometry measures, only combined peak torques of both legs had significant R2 increase, which was 0.04. This means that combined peak torques of both legs explained four percent of the variation in the data for maximal attained speed while performing the square shuttle run test. The relationship between MASMSR and PTFL was found to be highly positive, r(38)=0.58, p

Software Licensing Essays - Law, Computing, Free Essays, Term Papers

Software Licensing Essays - Law, Computing, Free Essays, Term Papers Software Licensing In 1993 worldwide illegal copying of domestic and international software cost $12.5 billion to the software industry, with a loss of $2.2 billion in the United States alone. Estimates show that over 40 percent of U.S. software company revenues are generated overseas, yet nearly 85 percent of the software industry's piracy losses occurred outside of the United States borders. The Software Publishers Association indicated that approximately 35 percent of the business software in the United States was obtained illegally, which 30 percent of the piracy occurs in corporate settings. In a corporate setting or business, every computer must have its own set of original software and the appropriate number of manuals. It is illegal for a corporation or business to purchase a single set of original software and then load that software onto more than one computer, or lend, copy or distribute software for any reason without the prior written consent of the software manufacturer. Many software managers are concerned with the legal compliance, along with asset management and costs at their organizations. Many firms involve their legal departments and human resources in regards to software distribution and licensing. Information can qualify to be property in two ways; patent law and copyright laws which are creations of federal statutes, pursuant to Constitutional grant of legislative authority. In order for the government to prosecute the unauthorized copying of computerized information as theft, it must first rely on other theories of information-as-property. Trade secret laws are created by state law, and most jurisdictions have laws that criminalize the violations of a trade-secret holder=s rights in the secret. The definition of a trade secret varies somewhat from state to state, but commonly have the same elements. For example, AThe information must be secret, Anot of public knowledge or of general knowledge in the trade or business, a court will allow a trade secret to be used by someone who discovered or developed the trade secret independently or if the holder does not take adequate precautions to protect the secret. In 1964 the United States Copyright Office began to register software as a form of literary expression. The office based its decision on White-Smith Music Co. v. Apollo , where the Supreme Court determined that a piano roll used in a player piano did not infringe upon copyrighted music because the roll was part of a mechanical device. Since a computer program is textual, like a book, yet also mechanical, like the piano roll in White-Smith, the Copyright Office granted copyright protection under the rule of doubt. In 1974, Congress created the Natural Commission on New Technological Uses (CONTU) to investigate whether the evolving computer technology field outpaced the existing copyright laws and also to determine the extent of copyright protection for computer programs. CONTU concluded that while copyright protection should extend beyond the literal source code of a computer program, evolving case law should determine the extent of protection. The commission also felt copyright was the best alternative among existing intellectual property protective mechanisms, and CONTU rejected trade secret and patents as viable protective mechanisms. The CONTU report resulted in the 1980 Computer Software Act, and the report acts as informal legislative history to aid the courts in interpreting the Act. In 1980 The Copyright Act was amended to explicitly include computer programs. Title 17 to the United States Code states that it is illegal to make or to distribute copies of copyrighted material without authorization, except for the user=s right to make a single backup copy for archival purposes. Any written material (including computer programs) fixed in a tangible form (written somewhere i.e. printout) is considered copyrighted without any additional action on the part of the author. Therefore, it is not necessary that a copy of the software program be deposited with the Copyright Office in Washington, D.C. for the program to be protected as copyrighted. With that in mind then a copyright is a property right only. In order to prevent anyone from selling your software programs, you must ask a court (federal) to stop that person by an injunction and to give you damages for the injury they have done to you by selling the program. The Software Rental Amendments

result methods and intro essays

result methods and intro essays There are many questions to how people process information. Many have understood that people remember and learn components of a passage more easily when particular elements of the passage are subjectively considered to be important than when its not. Systems such as story schemata produce organized descriptions of the substance of a text. Thus, drawing attention to particular parts of a story. However, there is no definite answer as to what makes such element s important, and therefore making such components become easily retrieved. This paper will list possible explanations for what makes specific text important. Findings from prior research give special consideration to evidence that seem to maintain dissimilarities between encoding and retrieval. The schemata theory has been used for the present experiment. In this theory, components of a schemata are slots or variables which may be defined as events or elements that are remembered better because there is a structure or framework laid down beforehand. Such theories, which try to explain how schemas work are recognized as the attention-directing theory or the slot theory. Schema theory provides an instant annotation on the dominance in the recollection of important information. In the attention-directing hypothesis the schema singles out important elements. Therefore, more attention is devoted to these elements than to less important ones, and so they more likely to be learned. Another hypothesis is the ideational scaffolding hypothesis in which the schema is most likely going to contain a slot for important text elements where the information gets stored specifically because there is a function for it. Ways of processing information are based upon individual differences, in which there may or may not be slots for both important and unimportant elements. Several investigators (Bower, 1977; Mandler Pich...