| Course | PS 350 Cognitive Psychology |
|---|---|
| Unit | Unit 4 |
| Paper type | Long-term memory and encoding paper |
| Length | About 1,030 words, 6 pages |
| Format | APA 7 student paper |
| School | Herzing University |
| Program | BS in Psychology |
| Updated | October 2026 |
Free sample paper for PS 350 Unit 4
What Gets In Decides What Comes Out: Depth of Processing, the Generation Effect and Transfer-Appropriate Processing, Followed Into How a Composite New Emergency Dispatcher Learns a County's Roads
Student Name
Psychology, Herzing University
PS 350: Cognitive Psychology
Instructor Name
September 29, 2026
What Gets In Decides What Comes Out: Depth of Processing, the Generation Effect and Transfer-Appropriate Processing, Followed Into How a Composite New Emergency Dispatcher Learns a County's Roads
Encoding as the Starting Point
Long-term memory research distinguishes encoding, the processing that occurs when information is first taken in, from retrieval, the processing that brings it back. This paper concentrates on encoding, on the grounds that the way information is processed at the start limits what can be recovered later. It reports three encoding effects with the conditions under which each was obtained, then follows them into one application: how a newly hired emergency dispatcher, a composite, might learn the roads of a county.
Effect 1: Depth of Processing
Craik and Lockhart (1972) proposed that memory depends on the depth at which information is processed, from shallow analysis of physical features to deeper analysis of meaning. Craik and Tulving (1975) tested the idea by asking participants questions about words that required different kinds of processing: whether the word was printed in capital letters, which concerns appearance; whether it rhymed with another word, which concerns sound; or whether it fit into a given sentence, which concerns meaning. Participants were not told their memory would be tested. On a later surprise test, words processed for meaning were remembered far better than words processed for sound, and those were remembered better than words processed for appearance. The conditions matter: the effect was obtained with incidental learning, single words and recognition and recall tests given shortly afterward.
Effect 2: The Generation Effect
Slamecka and Graf (1978) compared two ways of encountering word pairs. In one, participants read a complete pair, such as a word and its synonym. In the other, they generated the second word themselves from a rule and a cue, such as the first letter. Words participants generated were remembered better than words they read, across several rules and test types. The effect depends on the learner producing the item from a cue rather than receiving it, under conditions where generation succeeds.
Effect 3: Transfer-Appropriate Processing
Depth of processing seemed to suggest that meaning-based processing is always best. Morris et al. (1977) showed otherwise. Participants processed words either for meaning or for rhyme and were then tested either with a standard recognition test or with a test asking which new words rhymed with words studied earlier. On the standard test, meaning-based processing produced better memory, replicating the depth effect. On the rhyming test, rhyme-based processing produced better memory. The authors concluded that memory depends on the match between the processing done at encoding and the processing demanded at retrieval, which they called transfer-appropriate processing.
Encoding or Retrieval?
This third effect shows why it is difficult to assign a finding to encoding alone. The depth effect is produced by a manipulation at encoding, but its size depends on the test. A practical rule follows: an effect belongs to encoding when the manipulation occurs at study and retrieval conditions are held constant, but its benefit always depends on what retrieval later requires. Any application must therefore ask what the learner will need to do with the information, not only how to process it deeply.
The Application: Learning a County's Roads
The composite dispatcher has been hired by a rural county's emergency communications center and must learn several hundred road names well enough to locate callers who give only partial information, such as "the road past the feed store" or "off County Road 12 near the river." Callers rarely give a road name in the form a map lists it.
Process for meaning, not spelling
Reading an alphabetical list of road names engages mostly shallow processing. Depth of processing predicts better retention if each road is learned with meaningful connections: where it runs, what it crosses, what landmarks lie along it. The Craik and Tulving results support this, with the caution that their materials were single words.
Generate rather than read
The generation effect supports practice in which the dispatcher produces the road name from a cue, such as a landmark or an intersection, rather than rereading a list. Generating answers from partial information is also exactly the task callers impose.
Match practice to the call
Transfer-appropriate processing adds the most important point. Because dispatchers retrieve roads from callers' descriptions, practice should use the same kind of cue: descriptions of locations in callers' words, answered with road names. Learning roads from a map alone matches a map-reading test, not a call. Practicing with recordings or transcripts of past calls, with identifying details removed, would bring practice closer still to the conditions of retrieval.
Why Effort Alone Is Not the Answer
A common response to a large memorization task is simply to spend more time with the material. The encoding research suggests that the kind of processing matters more than the amount. In the Craik and Tulving experiments, participants were not trying to remember at all, yet words processed for meaning were retained far better than words processed for appearance. Time spent rereading a road list engages the same shallow processing again and again. Time spent answering location questions from landmarks engages meaningful, generated processing that matches the task. For a new dispatcher with limited training hours, that difference is the practical value of the research: it identifies which hours of study are likely to count.
What the Evidence Does Not Reach
The experiments used word lists and short delays, while the dispatcher must retain hundreds of roads for years and retrieve them under stress. The effects suggest the direction of good practice, but they do not show how large the benefits would be in this setting, and stress at retrieval is a separate question the encoding research does not address. A center adopting this approach would need to check whether new dispatchers trained this way actually locate callers faster. It would also need to consider individual differences: some dispatchers grew up in the county and already know its landmarks, which changes what deep processing means for them. And the recommendations concern how to learn, not what dispatchers should rely on during a call, where maps and computer-aided systems remain the primary tools; memory supports those tools rather than replacing them.
References
Craik, F. I. M., & Lockhart, R. S. (1972). Levels of processing: A framework for memory research. Journal of Verbal Learning and Verbal Behavior, 11(6), 671-684. https://doi.org/10.1016/S0022-5371(72)80001-X
Craik, F. I. M., & Tulving, E. (1975). Depth of processing and the retention of words in episodic memory. Journal of Experimental Psychology: General, 104(3), 268-294. https://doi.org/10.1037/0096-3445.104.3.268
Morris, C. D., Bransford, J. D., & Franks, J. J. (1977). Levels of processing versus transfer appropriate processing. Journal of Verbal Learning and Verbal Behavior, 16(5), 519-533. https://doi.org/10.1016/S0022-5371(77)80016-9
Slamecka, N. J., & Graf, P. (1978). The generation effect: Delineation of a phenomenon. Journal of Experimental Psychology: Human Learning and Memory, 4(6), 592-604. https://doi.org/10.1037/0278-7393.4.6.592
PS 350 Unit 4 instructions, in plain terms
Unit 4 of PS 350 asks students to report encoding effects documented in long-term memory research, name the conditions under which each was obtained, and follow one or more into an application the evidence supports. Expect to explain the procedure behind each effect and to judge whether an effect belongs to encoding or to the match between encoding and retrieval. The application does not have to be about studying; work training, public information or design are all possible if the conditions resemble the research. Building the application around your own study habits turns it into a personal account rather than an argument from evidence. A short section on what the research cannot reach is expected.
How the PS 350 Unit 4 example is put together
The paper introduces encoding and the plan to follow three effects into one setting. The depth effect is reported from Craik and Tulving's orienting questions and their incidental-learning conditions. The generation effect follows with its read-versus-generate comparison. Transfer-appropriate processing is reported as the finding that matched encoding and retrieval matter more than depth alone. A section explains how to judge whether an effect belongs to encoding. The application describes the dispatcher's task and gives three practice changes under run-in headings, each tied to one effect. Sections explain why effort alone is insufficient and what the evidence cannot show. Every recommendation names the effect it comes from.
PS 350 Unit 4 rubric: what full points look like
The rubric for the encoding paper typically rewards accurate procedures, stated conditions, correct classification of effects as encoding or interaction with retrieval, an application tied to specific effects and recognition of limits, plus writing. Procedures earn credit when a reader can picture the study. Conditions score when materials, intentions and delays are named. Classification is often credited because it is the conceptual heart of the unit. The application is usually the heaviest criterion, rewarding recommendations each traced to one effect. Limits earn points when the paper notes differences between word-list experiments and the setting, such as delay and stress. Papers that explain why rereading engages shallow processing often earn credit for application.
Common PS 350 Unit 4 mistakes, and how to avoid them
Encoding papers lose points when they list memory tips without the research behind them. Another common weakness is presenting depth of processing as a universal rule, ignoring transfer-appropriate processing. Students often report effects without their conditions, as if they held for any material and delay. Some choose applications whose conditions differ greatly from the experiments without saying so. Others build the paper around their own study routine. Confusing an encoding manipulation with a retrieval one is a frequent conceptual error. An application that never says how anyone would know it worked leaves the argument incomplete. Forgetting that the experiments used short delays, while real learning must last, overstates what the research shows.
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PS 350 Unit 4 questions, answered
Does the application have to be about studying?
Not unless your instructions say so. Classroom practice is the familiar choice and it works, but training at work, instructions written for a public audience, interface design and rehabilitation settings all give you somewhere an encoding finding might apply. Pick a situation you can describe concretely, since the conditional reasoning needs specifics to be checked against.
How do I know whether an effect belongs to encoding or retrieval?
Look at what the experiment manipulated. If the conditions differed at the moment material was learned, the effect is an encoding one; if they differed at the moment memory was tested, it is a retrieval one; and some designs manipulate both, which is worth saying. Your readings will usually state which comparison the authors ran.
Can the application be built around my own study habits?
As the setting, sometimes; as the evidence, never. A situation you know well is easy to describe concretely, which helps the conditional reasoning, but nothing about how you personally revise can support or test a claim. Write the setting generically, keep classmates and colleagues out of it, and build every claim on a published encoding study.
Where can I find a free PS 350 Unit 4 sample paper?
Every part of the PS 350 Unit 4 encoding paper is free on this page, with three effects, the dispatcher application and margin notes. Taking encoding research into a different setting? Forward the prompt and an application built on it is written free.
How do I know whether an effect belongs to encoding in PS 350 Unit 4?
Check where the manipulation occurs and whether retrieval was held constant. The sample shows that depth of processing is an encoding manipulation whose benefit still depends on the retrieval test.