Memory Strategies for Students
Memory Strategies 2
Abstract
The research is demonstrating the use of memory strategy in an educational setting; this study examines the use of chunking on telephone numbers by students on campus. There were a total of 40 students that participated, and they were split into two groups consisting of 20 students per group. The control group used chunking as their memory strategy for memorizing a list of 10 telephone numbers. In contrast, the experimental group has used no specific strategy to memorize the list of numbers that was given to them. Each group was given 15 minutes to memorize their list of 10 telephone numbers and they had 5 minutes to write it down on paper. People that used memory strategies has shown to have memorized more telephone numbers, than people who don't use any memory strategy to remember their list of numbers.
Memory Strategies 3
Memory Strategies and Chunking
People have shown to have better recall on certain tasks when they use specific memory strategies. There are many types of strategies that people can use to improve their memory, but everyone has an effective strategy that suites them most. For activities involving memorizing a list of 10 telephone numbers, chunking would be the best method because it helps aids the sequence of numbers. People can remember about seven items give or take two, which is between five and nine items (Shiffrin, R. M., & Nosofsky, R. M. 1994). There's a certain amount of items that everyone can store in their short-term memory. That's why it's important for people to find an effective way of remembering all of the information. Relatively large amounts of information are contained in a small number of units by chunking items together into composite units (Bousfield, A. K., & Bousfield, W. A. 1966). A strategy like chunking can be used to break larger units into smaller ones, so people can have an easier way of comprehending the information that is given to them. This process of separating
Abstract
The research is demonstrating the use of memory strategy in an educational setting; this study examines the use of chunking on telephone numbers by students on campus. There were a total of 40 students that participated, and they were split into two groups consisting of 20 students per group. The control group used chunking as their memory strategy for memorizing a list of 10 telephone numbers. In contrast, the experimental group has used no specific strategy to memorize the list of numbers that was given to them. Each group was given 15 minutes to memorize their list of 10 telephone numbers and they had 5 minutes to write it down on paper. People that used memory strategies has shown to have memorized more telephone numbers, than people who don't use any memory strategy to remember their list of numbers.
Memory Strategies 3
Memory Strategies and Chunking
People have shown to have better recall on certain tasks when they use specific memory strategies. There are many types of strategies that people can use to improve their memory, but everyone has an effective strategy that suites them most. For activities involving memorizing a list of 10 telephone numbers, chunking would be the best method because it helps aids the sequence of numbers. People can remember about seven items give or take two, which is between five and nine items (Shiffrin, R. M., & Nosofsky, R. M. 1994). There's a certain amount of items that everyone can store in their short-term memory. That's why it's important for people to find an effective way of remembering all of the information. Relatively large amounts of information are contained in a small number of units by chunking items together into composite units (Bousfield, A. K., & Bousfield, W. A. 1966). A strategy like chunking can be used to break larger units into smaller ones, so people can have an easier way of comprehending the information that is given to them. This process of separating
References: Anderson, J. R., & Bower, G. H. (1974). Human associative memory. Washington, DC: Hemisphere Publishing. Baddeley, A. (1992). Is working memory working? The fifteenth Bartlett lecture Bousfield, A. K., & Bousfield, W. A. (1966). Measurement of clustering and of Sequential constancies in repeated free recall Brown, A. L. (1978). Knowing when, where, and how to remember: A problem of metacognition Shiffrin, R. M., & Nosofsky, R. M. (1994). Seven plus or minus two: A commentary on capacity limitations Thorpe, C. E. & Rowland, G. E. (1965). The effect of "natural" grouping of numerals on Short-term memory