Back To CourseSocial Psychology: Help and Review
9 chapters | 226 lessons
As a member, you'll also get unlimited access to over 75,000 lessons in math, English, science, history, and more. Plus, get practice tests, quizzes, and personalized coaching to help you succeed.Try it risk-free
Michael has taught college-level mathematics and sociology; high school math, history, science, and speech/drama; and has a doctorate in education.
Imagine for a moment that you are lying in your bed, the room is completely dark, and you suddenly can't remember where the bathroom is located. How would you find the bathroom? One approach might be to apply an algorithm, which is a step-by-step logical procedure that leads inevitably to an accurate answer. First you get out of bed. Then you make a decision: which direction to walk? You reach a wall. Which direction to turn? You find a doorway. Sooner or later, you find the bathroom.
Algorithms are logical procedures that can ensure that you get where you're trying to go. They tend to be thorough, carefully designed, and complete. They include logical steps and decision points, allowing every element of a test or procedure to be considered.
The problem with algorithms is that they can be very inefficient. Heuristics are action-oriented mental shortcuts that use what we know and are familiar with to try something, hoping for a positive response. They can save a lot of time, because we don't usually need a complex and comprehensive procedure for the various actions we take in our lives. You could use a carefully designed algorithm to determine the most efficient path to the bathroom, but heuristics allow you to merely take the most familiar route to that same location, which solves the same problem and takes less time.
Psychology is an applied science that involves the study of the human mind and how it affects human behavior. It depends heavily upon experiments, or tests designed to establish rules and principles regarding how human minds work. Psychologists will observe the way humans behave by talking to them, listening to them, and watching them under various conditions. They'll apply algorithms to test for each possible variation in an experiment. They may use heuristics to try things, but they will generally use algorithms to establish exact conclusions.
For example, suppose that you are afraid of spiders, and you want to know if seeing images of spiders would cause that fear reaction within you. You don't think so, but you want to be sure. So you collect a series of spider slides, and you implement an algorithm to do a batch test. You will end the test if you have a fear reaction to a picture, or if you run out of spider pictures.
Algorithms are often applied to psychological analyses because the nature of an algorithm means that the psychologist can have confidence in the results. Verification of symptoms, consistency of effects, and effectiveness of treatments can all be determined and recorded through the use of specific algorithms.
Let's first look at the verification of symptoms. People who are struggling with depression, anxiety, or some similar difficulty often don't know what conditions create the emotional response within them. They just know that they often feel depressed or anxious. Although a therapist might have some ideas of the kinds of factors that might be creating the subject's response, an algorithm (somewhat like the spider slide example earlier) will provide a comprehensive set of steps toward verifying the conditions that are causing the depression or anxiety effects. The therapist would use an algorithm to systematically test a complete set of possible stimulants, both external and internal, to determine which causes are the culprits.
Now, let's look at the consistency of effects. One of the problems with any sort of troubleshooting is that the symptoms may be elusive. For example, you might decide that your fear of spiders is caused by webs, which cause a feeling of suffocation or entrapment. You sometimes shudder when you get near a spider web, and you're convinced that webs are your problem.
Well, you're off cleaning house one day and you wander into a little-used room, sweeping the spider webs and dust aside without a thought, and then it strikes you! The dozens of spider webs you just swept aside caused no fear reaction! So where is the problem? An algorithm could be used to establish the consistency of your reactions, providing a complete set of tests that would identify supporting contextual or environmental conditions that are impacting your responses.
And now, finally, let's look at the effectiveness of treatments. One challenge facing psychologists is determining whether they're actually helping or hindering your progress. People go through cycles, complete with highs and lows in their emotional states, and it is often difficult to tell whether they are actually getting better. Algorithms can be set in place to establish and test recovery criteria.
In the case of our arachnophobia example, perhaps you think that adopting pet spiders might help cure your condition. So you bring Agatha and Seymour, two rather scary-looking arachnids, into your house in cages, and begin to plan your test. Establishing an algorithm, a series of steps, to be taken each day, you begin to:
After a few weeks, you might find that Agatha and Seymour have become best friends for you, and you are no longer quite so terrified of spiders. On the other hand, you might find that Agatha and Seymour are now terrorizing your dreams, you can't bear to enter the room with them, and you have permanently given up your room to your new friends.
An algorithm is a precise set of steps that are designed to obtain an accurate answer. It includes all of the necessary actions, decision points, test conditions, and record-keeping necessary to satisfactorily resolve something. They differ from heuristics, utilizing previous information and intuition to take a mental shortcut toward an answer, in that they are thorough and leave no element to familiarity or chance. Because of this, an algorithm takes more time and effort to plan and to implement. Algorithms may be used in any area of psychology, which is an applied science that involves the study of the human mind and how it affects human behavior by providing a comprehensive model for determining a desired answer. In the case of psychology, it would be arriving at the proper conclusion about the patient's condition.
To unlock this lesson you must be a Study.com Member.
Create your account
Already a member? Log InBack
Did you know… We have over 160 college courses that prepare you to earn credit by exam that is accepted by over 1,500 colleges and universities. You can test out of the first two years of college and save thousands off your degree. Anyone can earn credit-by-exam regardless of age or education level.
To learn more, visit our Earning Credit Page
Not sure what college you want to attend yet? Study.com has thousands of articles about every imaginable degree, area of study and career path that can help you find the school that's right for you.
Back To CourseSocial Psychology: Help and Review
9 chapters | 226 lessons
Next LessonHow Lie Detectors Work