The Effect of Classical Music on sixth Grade Math Students

Researched by Brian V.
2002-03



PURPOSE
 

The purpose of this experiment was to determine the effect of classical music on 6th grade math performance.

I became interested in this idea when my mother told me not to study with the radio on, so this was the perfect opportunity to see if music affected performance or not. 

The information gained from this experiment could benefit students, teachers, and business. Schools could play or avoid music to increase performance. Business could play or avoid music to help their employees work productively. 


HYPOTHESIS
 

My hypothesis was that students who listened to classical music during a test would have an increased performance. 

I based my hypothesis on a study done by Frances H. Rauscher in 1996.  Mr. Rauscher had a group of college students listen to classical music for ten minutes. They hade an increased spatial-reasoning performance for about an hour, but the effect wore off.


EXPERIMENT DESIGN
 

The constants in this study were:

  • The test the students took.
  • The amount of time the students were allowed to take the test.
  • The volume and tempo of the music.
  • The room the experiment was conducted in. 
  • The instructions they were given. 


The manipulated variable was the music that was played during the math test. There were four test groups that either listened to Mozart or silence.

The responding variable was the test score. There were four test groups that either listened to Mozart or silence. 

To measure the responding variable I compared the number of correct items in each subject’s tests using a scoring guide.


MATERIALS
 
QUANTITY ITEM DESCRIPTION
1 CD player (boom box)
1 Mozart CD (classical music)
40 test subjects (students)
1 empty classroom
50 copies of each test A and B
50 pencils
150-250 Dum-Dum suckers (reward)
50-70 permission slips
1 experimenter’s script
1 anwser key 


PROCEDURES

  1. Obtain subject pool with permission slip.
  2. Randomly assign students to groups.
    • a. Assign equal amount of boys and girls to group one A and one B. 
    • b. Repeat step 2a for group b.
  3. Prepare tests for experiment.
    • a. Run off copies of tests. 
  4. Prepare room for the test.
    • a. Place stereo in front of the classroom where every student can hear the music.
    • b. Set desks at least one foot apart and put a chair at each desk.
    • c. Make sure that there will be no distractions to bother the test subjects during the test.
  5. Bring test subjects to the room were the test will be conducted.
    • a. Collect students from their classroom and show them to the test room.
  6. Read the instructions to students.
    • a. Answer their questions.
    • b. Tell them that for honestly taking the test they will get a candy. 
  7. Pass out the test to subjects.
    • a. Instruct them to put their name on the test.
    • b. Have them work in silence or listen to music while they are taking the test based on the chart on my display.
    • c. Time the test with a stopwatch. 
  8. When the students have had twenty minutes to take the test, stop them.
    • a. Collect tests 
    • b. Release the students.
    • c. Have them return one hour later to take the second test. 
  9. After they return give them the second test with music playing.
    • a. Don’t start them until the music has played for five minutes. 
    • b. Time the test so that at twenty minutes the test is over.
  10. When all tests are done release students.
    • a. Collect tests.
    • b. Score the tests and log the results.


RESULTS
 

The original purpose of this experiment was to determine the effect of classical music on 6th grade math performance.

The results of the experiment were over 46% scored higher while listening music than in silence. Only 45% scored higher with silence.

See the table and graph


CONCLUSION
 

My hypothesis was that students who listened to classical music during a test would have an increased performance.

The results indicate that this hypothesis should be accepted because the music average was 46.3% and the silence average was 45.1%.

Because of the results of this experiment, I wonder if gender would affect the results. I also wonder if the type of test would affect the score. I also wonder if the order of the test would affect the score because the first test average was 47.5% and the second test average was 43.8% 

If I were to conduct this project again I would use more subjects and I would also try a different artist like Bach. 
Resaerch Report

Introduction

Humans have five basic needs food, shelter, health, hygiene, and learning. If people could not learn we would become a group of life forms that would not be able to advance. We use math as a basic skill but it is very advanced compared to our ancestors. We as humans have a natural want to learn. 

Math

We use math every day it is an important skill that is used for the base need of learning.
Ancient Egyptians used a system of math in the year three thousand B.C. Math can be divided into pure mathematics and applied mathematics. One of the most important things people must have to understand math is clear reasoning and logic. In math there are three parts Geometry, arithmetic, and algebra. Geometry focuses on figures in space. Arithmetic focuses on numbers in space and algebra focuses on equations. Math is an every day skill that is very important to the development and survival of mankind. The definition of math is the study of number forms, arrangement, and associated relationships using rigorously defined literal, numerical, and operational symbols.

Music

Once music was only a source of pleasure but now it could be a way to help people increase their ability to learn. Somehow music can unlock our creativity and boost our ability to think. The only kind of music that can do this is classical music. While musical sounds are pleasant and soft. Noises can be very distracting and even painful to the ears. Wolfgang Amadeus Mozart created some of the best classical music. He composed over forty symphonies and twenty-two operas. He also created several pieces of church music. He also wrote a great many sonatas one was called a little night music. He created works for the violin and piano. Mozart was born in the year seventeen fifty-six and died in seventeen ninety-one. He only made it to his thirty-fifth birthday he left behind over six hundred works.

Sound

The human voice is produced by the larynx witch consists of two folds of tissue witch are called the vocal cords. The vocal cords are separated by a slit that allows air to pass through creating sound the tighter the vocal cords the higher the sound. Most animals have vocal cords that work in a similar way but do not produce a voice only sound. Sound travel in waves called sound waves. Sound is measured in decibels. Zero decibels are almost impossible to detect while a one hundred and forty decibels can be very painful and even damage the ear permanently. Musical sounds are created by the vibrating of something or air passing through an instrument.

Ear

A person’s range of hearing is from twenty to twenty thousand hertz, as we get older we can’t hear the same range. The inner ear is shaped like an inward spiral that turns sound waves into nerve signals witch our brain interprets as sound. The ear contains organs that help us to balance when we are sitting, standing, and walking. They send signals to our muscles that keeps us balanced. The ear changes sound waves into nerve signals with tiny hairs that vibrate with the sound wave witch turns it into nerve signals that the brain can interpret as sound. 

Summary

So as humans continue to advance and learn we may be able to unlock our full potential and use music as our tool. The ear will continue to be an important organ for the future Music will always be a source of enjoyment but soon it may be a tool used for learning. 
 

BIBLIOGRAPHY

Coppers, Alen .   "Nervous System."  The World Book Encyclopedia.  2001.

Forman,Judy. "How Music Tunes Our Mental Strings" November 12, 2002 http://projects.edtech.sandi.net/dailard/mozartconnect/Music_Tunes_Mental_Strings.html.

Peters, Tomas.  "Aids and The Nervous System". November 13, 2002
www.mindinst/cry/mind3/downloads/mozart.letter.adt.

Sanders, James.   "Sound."  World Book Encyclopedia.  2001.

Shaw, Gordan. "The Mozart Effect." November 12, 2002. http://www.mindinst.org/MIND3/mozart/mozart.html.
 

ACKNOWLEDGEMENTS
 

  • I would like to thank the following people for their help My family has been great about helping me to research and getting me to class and putting up with the stress.
  • I would also like to thank Mr.Newkirk and Mrs.Helms for running this program. If it weren’t for them I wouldn’t even be here They have worked so hard to get us through this project. 

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