How to Teach Algebra

Attend school district training to get copies of teaching suggestions and example assignments for the the first unit., Use the school district's scope and sequence materials or manual which tells you what to teach and when, and how many days to...

46 Steps 4 min read Advanced

Step-by-Step Guide

  1. Step 1: Attend school district training to get copies of teaching suggestions and example assignments for the the first unit.

    Often algebra will receive more assignments from the district math consultants (they're not strictly supervisors, but advisers of sorts) as some kind of academic math coordinators, or services persons. , Realize that the district produced scope and sequence usually does not go straight through the book and has extra assignments, that may not need. ,,, Introduce the topic, demonstrate, use student centered guided practice in classroom work sessions; perhaps using groups may work for you. , Review and reteach a little bit each day, which can be woven into the introduction of each days topic; perhaps, you use a strategy somewhat like the following: "As we saw yesterday this is _____ and recently this was ____ like ____". and then: "Today we are extending those ideas into _____". "For example: _______..." "We'll do some guided practice; now here is that assignment: ____." "You will get into groups for this ____." (sometimes for appropriately complex kinds of work, such as to: produce a pattern, a sketch, a chart, list of x,y data a co-ordinates, a description, an expression, or an equation, a relation, or a function, etc.). , While the text is an important tool and reference, you'll want to "unlock the topic" and teach the students through your own knowledge of the subject, using the book for some materials, lessons and as a guide, source of many problems and exercises for assignments. , Use some special real world activity for each unit which may gather data, sometimes surveying or doing some kinds of experiments. ,,,, Say that: "It helps you have options/choices in life, including college.

    You have to take one or two math courses for almost any degree in college." "It is needed in the military to pass tests for technical work." "You never know whether you will end up in some kind of technical work where math is needed." "You will need math to help your children and grandchildren with their school lessons." "Math describes the real world with stunning accuracy using repeatable methods.

    In the words of Galileo, 'Mathematics is the language with which God has written the universe.'" "Math is fundamentally the study of patterns, many of which are beautiful in themselves.

    Sometimes, math is useful much as art is useful. , Some small extra credit homework system may help. , Math needs to not only be abstract, but practical.

    Engage students in learning by providing manipulative activities that get students moving about, or manipulating math objects.

    Use a classroom “algebra-football field” to have the students walk through to explain the movements on a number line and for graphing of positive and negative integers (zero at what would usually be the 50 yard line) or make quadrants, with (0,0) at the origin, etc.

    Get someone to demo a graph, by shaping the arms, or tilting their arms to show slope.

    At the front of the room, so that some do not see it backward. , Make students accountable by testing as needed and as required by the school district and by the state.

    Also, occasionally use some short quizzes. ,, or the "I got it!" Also, praise positive actions saying, "This is so cool! It's great.

    Hey, everybody is on task, being productive, practicing! Keep being enthusiastic and showing joy about the students and math: "Yeah, you got it" "All right!" "Yeah!" Be on! Be kind, and cleverly clap and say "Wow!" about the class getting it.

    Let students see, hear and believe that math is especially cool, exciting and fun
    -- to you (don't ever act like you're a substitute teacher, going through the motions.

    Do "not" say that you are "bored, hating school, or dull").

    Represent, sale and promote school and the subject. , Tell them that you will decide questions about rules, but that you try to be consistent and fair.
  2. Step 2: Use the school district's scope and sequence materials or manual which tells you what to teach and when

    Restrict hall passes to urgent use, not for going to lockers and such.

    Teach management processes as they come up, such as: how group-work is conducted, papers are to show work, papers are to be headed and turned in, and so on
    -- all these are procedures, not rules. ,, Use a visual check at a glance that proves that the calculators are all there.

    Just keeping them in an ordinary box is not effective.

    One system is a hanging set of shallow pockets so that the screen shows above the pocket (this can be ordered on the internet) where the calculator covers are removed and put away, or someone may swipe calculators and leave only the covers, and it is not obvious at a glance.

    Another system is a box with 30 to 40 numbered slots. , Involve the students in math.

    That also means no free time and no free class periods in general.

    You can have an in class math project (perhaps in groups) with gathering data and posters for exhibit, for something "fun" and engaging.
  3. Step 3: and how many days to spend on various topics.

  4. Step 4: Read over the publisher's similar kind of scope and sequence

  5. Step 5: which goes straight through the book and has some "extra" materials.

  6. Step 6: Prepare or obtain a syllabus to give to the students that covers the subject.

  7. Step 7: Make a lesson plan.

  8. Step 8: Teach students using algebra concepts that are well ordered and clarified.

  9. Step 9: Do not "teach the book"; rather

  10. Step 10: teach the students the key concepts and expand on them.

  11. Step 11: Lecture less

  12. Step 12: but guide and facilitate more.

  13. Step 13: Use math vocabulary all the time with some restating using simpler terms

  14. Step 14: but not just the simple words

  15. Step 15: so students will know that you think the vocabulary is important.

  16. Step 16: Teach algebraic thinking

  17. Step 17: using multiple representations: using patterns of growth or decay

  18. Step 18: using data

  19. Step 19: visual sketch

  20. Step 20: graphing

  21. Step 21: and expressing either a relation or a function.

  22. Step 22: Explore examples of math in the real world (slope

  23. Step 23: roof pitch

  24. Step 24: percent hill grades) and other of such things also in everyday life (area

  25. Step 25: volume

  26. Step 26: cubic yards of soil

  27. Step 27: sand or concrete) and in sports (statistics)

  28. Step 28: math that is used for various jobs

  29. Step 29: Have answers when some students argue that math is useless and doesn't have anything to do with everyday life.

  30. Step 30: Motivate students to do homework

  31. Step 31: by using it as a small part of the grade.

  32. Step 32: Use “hands-on” activities planned for each major unit.

  33. Step 33: Test only what is taught.

  34. Step 34: Reteach with a review and retest if needed

  35. Step 35: but do it while trying to keep making some progress on new materials.

  36. Step 36: Express happiness about students' small successes when they have the "Eureka moment!"

  37. Step 37: Post just a few class rules

  38. Step 38: about 5 or 6

  39. Step 39: not twenty.

  40. Step 40: Teach classroom procedures for daily events such as roll call and tardies that do not take much time.

  41. Step 41: Calculators can be a help or a hindrance

  42. Step 42: and are useful

  43. Step 43: but some uses of the calculator are too advanced while students are learning the basic principles.

  44. Step 44: Check out and get back calculators which will require a carefully planned and executed system to be accountable.

  45. Step 45: Teach from bell to bell

  46. Step 46: of course that includes guided practice -- but does not mean long lectures.

Detailed Guide

Often algebra will receive more assignments from the district math consultants (they're not strictly supervisors, but advisers of sorts) as some kind of academic math coordinators, or services persons. , Realize that the district produced scope and sequence usually does not go straight through the book and has extra assignments, that may not need. ,,, Introduce the topic, demonstrate, use student centered guided practice in classroom work sessions; perhaps using groups may work for you. , Review and reteach a little bit each day, which can be woven into the introduction of each days topic; perhaps, you use a strategy somewhat like the following: "As we saw yesterday this is _____ and recently this was ____ like ____". and then: "Today we are extending those ideas into _____". "For example: _______..." "We'll do some guided practice; now here is that assignment: ____." "You will get into groups for this ____." (sometimes for appropriately complex kinds of work, such as to: produce a pattern, a sketch, a chart, list of x,y data a co-ordinates, a description, an expression, or an equation, a relation, or a function, etc.). , While the text is an important tool and reference, you'll want to "unlock the topic" and teach the students through your own knowledge of the subject, using the book for some materials, lessons and as a guide, source of many problems and exercises for assignments. , Use some special real world activity for each unit which may gather data, sometimes surveying or doing some kinds of experiments. ,,,, Say that: "It helps you have options/choices in life, including college.

You have to take one or two math courses for almost any degree in college." "It is needed in the military to pass tests for technical work." "You never know whether you will end up in some kind of technical work where math is needed." "You will need math to help your children and grandchildren with their school lessons." "Math describes the real world with stunning accuracy using repeatable methods.

In the words of Galileo, 'Mathematics is the language with which God has written the universe.'" "Math is fundamentally the study of patterns, many of which are beautiful in themselves.

Sometimes, math is useful much as art is useful. , Some small extra credit homework system may help. , Math needs to not only be abstract, but practical.

Engage students in learning by providing manipulative activities that get students moving about, or manipulating math objects.

Use a classroom “algebra-football field” to have the students walk through to explain the movements on a number line and for graphing of positive and negative integers (zero at what would usually be the 50 yard line) or make quadrants, with (0,0) at the origin, etc.

Get someone to demo a graph, by shaping the arms, or tilting their arms to show slope.

At the front of the room, so that some do not see it backward. , Make students accountable by testing as needed and as required by the school district and by the state.

Also, occasionally use some short quizzes. ,, or the "I got it!" Also, praise positive actions saying, "This is so cool! It's great.

Hey, everybody is on task, being productive, practicing! Keep being enthusiastic and showing joy about the students and math: "Yeah, you got it" "All right!" "Yeah!" Be on! Be kind, and cleverly clap and say "Wow!" about the class getting it.

Let students see, hear and believe that math is especially cool, exciting and fun
-- to you (don't ever act like you're a substitute teacher, going through the motions.

Do "not" say that you are "bored, hating school, or dull").

Represent, sale and promote school and the subject. , Tell them that you will decide questions about rules, but that you try to be consistent and fair.

Restrict hall passes to urgent use, not for going to lockers and such.

Teach management processes as they come up, such as: how group-work is conducted, papers are to show work, papers are to be headed and turned in, and so on
-- all these are procedures, not rules. ,, Use a visual check at a glance that proves that the calculators are all there.

Just keeping them in an ordinary box is not effective.

One system is a hanging set of shallow pockets so that the screen shows above the pocket (this can be ordered on the internet) where the calculator covers are removed and put away, or someone may swipe calculators and leave only the covers, and it is not obvious at a glance.

Another system is a box with 30 to 40 numbered slots. , Involve the students in math.

That also means no free time and no free class periods in general.

You can have an in class math project (perhaps in groups) with gathering data and posters for exhibit, for something "fun" and engaging.

About the Author

R

Richard Robinson

Enthusiastic about teaching practical skills techniques through clear, step-by-step guides.

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