Information Concerning Education Today & Homeschooling by Mimi Rothschild

Cooperative Learning For Homeschooling Students

By Mimi Rothschild

Are you thinking about creating your own homeschool co-op or are you unfamiliar with what a cooperative is?  If so then please read this fantastic article I found while surfing the web this morning.  If you are in a co-op let me know how it’s going?  What are the benefits and what sort of unique things is your co-op doing this year? 

What Is It?

Cooperative Learning, sometimes called small-group learning, is an instructional strategy in which small groups of students work together on a common task. The task can be as simple as solving a multi-step math problem together, or as complex as developing a design for a new kind of school. In some cases, each group member is individually accountable for part of the task; in other cases, group members work together without formal role assignments.

According to David Johnson and Roger Johnson (1999), there are five basic elements that allow successful small-group learning:

  • Positive interdependence: Students feel responsible for their own and the group’s effort.

  • Face-to-face interaction: Students encourage and support one another; the environment encourages discussion and eye contact.

  • Individual and group accountability: Each student is responsible for doing their part; the group is accountable for meeting its goal.

  • Group behaviors: Group members gain direct instruction in the interpersonal, social, and collaborative skills needed to work with others occurs.

  • Group processing: Group members analyze their own and the group’s ability to work together.

Cooperative learning changes students’ and teachers’ roles in classrooms. The ownership of teaching and learning is shared by groups of students, and is no longer the sole responsibility of the teacher. The authority of setting goals, assessing learning, and facilitating learning is shared by all. Students have more opportunities to actively participate in their learning, question and challenge each other, share and discuss their ideas, and internalize their learning. Along with improving academic learning, cooperative learning helps students engage in thoughtful discourse and examine different perspectives, and it has been proven to increase students’ self-esteem, motivation, and empathy.

Some challenges of using cooperative learning include releasing the control of learning, managing noise levels, resolving conflicts, and assessing student learning. Carefully structured activities can help students learn the skills to work together successfully, and structured discussion and reflection on group process can help avoid some problems.

Why Is It Important?

The authors of Classroom Instruction that Works cite research showing that organizing students in cooperative learning groups can lead to a gain as high as 28 percentiles in measured student achievement (Marzano, Pickering, and Pollock 2001).

Other researchers report that cooperation typically results in higher group and individual achievement, healthier relationships with peers, more metacognition, and greater psychological health and self-esteem (Johnson and Johnson 1989).

When implemented well, cooperative learning encourages achievement, student discussion, active learning, student confidence, and motivation. The skills students develop while collaborating with others are different from the skills students develop while working independently. As more businesses organize employees into teams and task forces, the skills necessary to be a “team player” (e.g., verbalizing and justifying ideas, handling conflicts, collaborating, building consensus, and disagreeing politely) are becoming more valuable and useful…

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Teaching Children with ADD/ADHD

By Mimi Rothschild

In 2007 it seems as if everyone is close to a child that has been diagnosed with Attention Deficit Hyperactivity Disorder, but what exactly is ADHD/ADD?  How do you know if your child is suffering from this disorder?  How do you teach a child with ADD/ADHD, especially if they are homeschooled?

Learn the answers to all these questions and more in the helpful article below which I came across last night.  Please let me know what you think! Thanks!


ERIC EC Digest #E569, September 1998


Defining Attention Deficit Disorder/Attention Deficit Hyperactivity Disorder (ADD/ADHD)

Attention deficit disorder is a syndrome characterized by serious and persistent difficulties in the following three specific areas:

  1. Attention span

  2. Impulse control

  3. Hyperactivity (sometimes)

ADD is a chronic disorder that can begin in infancy and extend through adulthood. It can have negative effects on a child’s life at home, in school, and within the community. It is conservatively estimated that 3 to 5% of our school-age population is affected by ADD.

The condition previously fell under the headings “learning disabled,” “brain damaged,” “hyperkinetic,” and/or “hyperactive.” The term attention deficit disorder was introduced to describe the characteristics of these children more clearly.

Diagnosing ADD/ADHD

According to the criteria in the Diagnostic and Statistical Manual of Mental Disorders (4th ed., rev., American Psychiatric Association, 1994), to arrive at a diagnosis of ADD/ADHD, the clinician must note the presence of at least six of the nine following criteria for either Attention Span or Hyperactivity/Impulsivity.

Attention Span Criteria

Pays little attention to details; makes careless mistakes.
Has short attention span.
Does not listen when spoken to directly.
Does not follow instructions; fails to finish tasks.
Has difficulty organizing tasks.
Avoids tasks that require sustained mental effort.
Loses things.
Is easily distracted.
Is forgetful in daily activities.

Hyperactivity Criteria

Fidgets; squirms in seat.
Leaves seat in classroom when remaining seated is expected.
Often runs about or climbs excessively at inappropriate times.
Has difficulty playing quietly.
Talks excessively.

Impulsivity Criteria

Blurts out answers before questions are completed.
Has difficulty awaiting turn.
Often interrupts or intrudes on others.

Establishing the Proper Learning Environment

  • Seat students with ADD near the teacher’s desk, but include them as part of the regular class seating.

  • Place these students up front with their backs to the rest of the class to keep other students out of view.

  • Surround students with ADD with good role models.

  • Encourage peer tutoring and cooperative/collaborative learning.

  • Avoid distracting stimuli. Try not to place students with ADD near air conditioners, high traffic areas, heaters, or doors or windows.

  • Children with ADD do not handle change well, so avoid transitions, physical relocation (monitor them closely on field trips), changes in schedule, and disruptions.

  • Be creative! Produce a stimuli-reduced study area. Let all students have access to this area so the student with ADD will not feel different.

  • Encourage parents to set up appropriate study space at home, with set times and routines established for study, parental review of completed homework, and periodic notebook and/or book bag organization.

Giving Instructions to Students with ADD/ADHD

  • Maintain eye contact during verbal instruction.

  • Make directions clear and concise. Be consistent with daily instructions.

  • Simplify complex directions. Avoid multiple commands.

  • Make sure students comprehend the instructions before beginning the task.

  • Repeat instructions in a calm, positive manner, if needed.

  • Help the students feel comfortable with seeking assistance (most children with ADD will not ask for help). Gradually reduce the amount of assistance, but keep in mind that these children will need more help for a longer period of time than the average child.

  • Require a daily assignment notebook if necessary:

    1. Make sure each student correctly writes down all assignments each day. If a student is not capable of this, the teacher should help him or her.

    2. Sign the notebook daily to signify completion of homework assignments. (Parents should also sign.)

    3. Use the notebook for daily communication with parents.

Giving Assignments

  • Give out only one task at a time.

  • Monitor frequently. Maintain a supportive attitude.

  • Modify assignments as needed. Consult with special education personnel to determine specific strengths and weaknesses of each student.

  • Develop an individualized education program.

  • Make sure you are testing knowledge and not attention span.

  • Give extra time for certain tasks. Students with ADD may work slowly. Do not penalize them for needing extra time.

  • Keep in mind that children with ADD are easily frustrated. Stress, pressure, and fatigue can break down their self-control and lead to poor behavior.

Modifying Behavior and Enhancing Self-Esteem

Providing Supervision and Discipline:

  • Remain calm, state the infraction of the rule, and avoid debating or arguing with the student.

  • Have pre-established consequences for misbehavior.

  • Administer consequences immediately, and monitor proper behavior frequently.

  • Enforce classroom rules consistently.

  • Make sure the discipline fits the “crime,” without harshness.

  • Avoid ridicule and criticism. Remember, children with ADD have difficulty staying in control.

  • Avoid publicly reminding students on medication to “take their medicine.”

Providing Encouragement:

  • Reward more than you punish, in order to build self-esteem.

  • Praise immediately any and all good behavior and performance.

  • Change rewards if they are not effective in motivating behavioral change.

  • Find ways to encourage the child.

  • Teach the child to reward himself or herself. Encourage positive self-talk (e.g., “You did very well remaining in your seat today. How do you feel about that?”). This encourages the child to think positively about himself or herself.

Other Educational Recommendations

  • Educational, psychological, and/or neurological testing to determine learning style and cognitive ability and to rule out any learning disabilities (common in about 30% of students with ADD).

  • A private tutor and/or peer tutoring at school.

  • A class that has a low student-teacher ratio.

  • Social skills training and organizational skills training.

  • Training in cognitive restructuring (positive “self-talk,” e.g., “I did that well”).

  • Use of a word processor or computer for schoolwork.

  • Individualized activities that are mildly competitive or noncompetitive such as bowling, walking, swimming, jogging, biking, karate. (Note: Children with ADD/ADHD may not do as well as their peers in team sports.)

  • Involvement in social activities such as scouting, church groups, or other youth organizations that help develop social skills and self-esteem.

  • Allowing children with ADD to play with younger children, if that is where they fit in. Many children with ADD have more in common with younger children than with their age-peers. They can still develop valuable social skills from interaction with younger children.

References

American Psychiatric Association. (1994). Diagnostic and statistical manual of mental disorders (4th ed., rev.) (DSM-IV-R). Washington, DC: APA.

Suggested Reading

Bender, W. (1997). Understanding ADHD: A Practical Guide for Teachers and Parents. Upper Saddle River, NJ: Merrill/Prentice Hall.

Fiore, T. (1993). “Educational interventions for students with attention deficit disorder.” Exceptional Children, 60(2), 163-73.

Gardill, M. (1996). “Classroom strategies for managing students with attention deficit/ hyperactivity disorder.” Intervention in School and Clinic, 32(2), 89-94.

Hallowell, E. (1994). Driven to Distraction: Recognizing and Coping with Attention Deficit Disorder from Childhood through Adulthood. Tappan, NJ: Simon & Schuster.

Hartmann, T. (1993). Attention Deficit Disorder: A Different Perception. Novato, CA: Underwood-Miller.

Reeve, R. (1996). A Continuing Education Program on Attention Deficit/Hyperactivity Disorder. Reston, VA: Council for Exceptional Children.

Rief, S. (1997). The ADD/ADHD Checklist. An Easy Reference for Parents and Teachers. Reston, VA: Council for Exceptional Children.

Robelia, B. (1997). “Tips for working with ADHD students of all ages.” Journal of Experiential Education, 20(1), 51-53.

Schiller, E. (1996). “Educating children with attention deficit disorder.” Our Children, 22(2), 32-33.

Contact your local school psychologist, examiner, or personnel in charge of assessment and diagnosis in your school district for specific information and local programs.

Copyright ©1996-1998
ERIC Clearinghouse on Disabilities and Gifted Education
http://www.teachervision.fen.com/go/http/www.eric.ed.gov/

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Math & Science Strategies

By Mimi Rothschild 

Math and science are not always the easiest subjects to learn, I wish they were because there are so many fascinating lessons to be learned in both subjects.  While surfing the web I found this excellent list of strategies that will help your student improve in the areas of math and science.  Each strategy includes articles or lesson plans so homeschooling parents can better understand how to apply them into their child’s homeschool curriculum. Below are the different methods scholars use to better understand math and science. 

Classification involves grouping items into one or more categories based on certain distinguishing characteristics. The categories are thoughtfully labeled so that the labels become descriptors for the members of the category.

Comparison involves looking at two or more things or ideas and considering their similarities and differences.

“Guess and Check” is a problem-solving strategy that students can use to solve mathematical problems by guessing the answer and then checking that the guess fits the conditions of the problem.

Make a Table is a problem-solving strategy that students can use to solve mathematical word problems by writing the information in a more organized format.

Eliminating Possibilities is a problem-solving strategy in which students remove possible answers until the correct answer remains.

Using a Formula is a problem-solving strategy that students can use to find answers to math problems involving geometry, percents, measurement, or algebra.

Finding a Pattern is a strategy in which students look for patterns in the data in order to solve the problem. Students look for items or numbers that are repeated, or a series of events that repeat.

The “draw a picture” strategy is a problem-solving technique in which students make a visual representation of the problem.

When a problem is too complex to solve in one step, it often helps to divide it into simpler problems and solve each one separately.

The process of “choosing the operation” involves deciding which mathematical operation (addition, subtraction, multiplication, or division) or combination of operations will be useful in solving a word problem.

In this lesson students compare one number with another using manipulatives, write number sentences to show the comparisons, and then relate the number sentences to story problems.

A hundreds chart is used to show the alternating pattern of odd and even numbers, and students are asked to extend the pattern to identify additional odd and even numbers.

Metaphors and analogies are comparisons between unlike things that have some particular things in common. You can use metaphors and analogies to make new and unfamiliar concepts more meaningful to students by connecting what they already know to what they are learning.

This lesson uses the technique of analogy to teach students about migration.

Teach your students about “Theory” and “Evidence” and how those terms and concepts are useful in all subjects.

In this lesson, students are asked to develop a theory about how a Magic 8-Ball works without taking the 8-ball apart.

Manipulatives are physical objects that are used as teaching tools to engage students in the hands-on learning of mathematics. They can be used to introduce, practice, or remediate a concept.

Students will review identifying and writing the number that is one more or one less than a given one or two-digit number and ten more or ten less than a given one- or two-digit number.

Geometry is the study of two- and three-dimensional figures. It includes defining the different figures, as well as describing their location and movement in space. Geometry concepts can be used in subjects such as reading and social studies, as well as math.

Number sense involves understanding numbers; knowing how to write and represent numbers in different ways; recognizing the quantity represented by numerals and other number forms; and discovering how a number relates to another number or group of numbers.

In this game, students will apply a variety of mathematical concepts and skills to solve problems and use mathematical reasoning to determine whether a number fits a generalization.

Estimation is an important aspect of quantitative thinking — and a critical life skill in a world in which we often need to make decisions on the basis of inexact or undefined information.

Math students in middle school will use estimation to approximate values, angle, and area measurements of a triangle.

Algebraic thinking involves finding and describing patterns, making generalizations about numbers, using symbols and models to represent patterns, quantitative relationships, and changes over time.

The main purpose of collecting data is to answer questions whose answers are not immediately obvious. Learn some tips on how to use data collection in your classroom.

When students decide how to display data and go through the steps to create that display, they learn which type of graphs are useful in displaying the different types of data, and the advantages and disadvantages of each display.

Data analysis is the process of interpreting the meaning of the data we have collected, organized, and displayed in the form of a table, bar chart, line graph, or other representation.

Writing about mathematics helps students articulate their thinking, and provides useful information for teachers about learning difficulties, incorrect assumptions, and student’s progress in communicating about mathematics.

This lesson is an introduction to comparing fractions with like denominators and unlike numerators, for students with a basic understanding of fractions as part of a whole, numerators, and denominators. Students use math journals to complete the lesson.

This is an introduction to comparing fractions with unlike denominators. Students will compare fractions represented by drawings or models with unlike denominators.

Students will use multiplication and division to show equivalent fractions.

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