Lesson Plans

Home | Profile | Research | Courses | Student | Contact | Slideshows | Lessons

PEPE Lesson Plan Format

(Alabama Professional Education Personnel Evaluation Program)

 

Written by: Rhonda Richardson, Athens State University (Spring, 2002) Rhonda2768@cs.com

 

Graphics, Editing & Formatting by: Dr. Beth McCulloch Vinson

 

I.  Preparing (to plan for instruction)

 

·        Materials:

Alabama Course of Study: Mathematics, page 29, numbers 11 & 12, children’s literature: The Doorbell Rang by Pat Hutchins, bags of cookies (9 in each bag), napkins, paper, pencils, overhead projector, three transparencies

 

·        Objectives: The students will:

(Application)  use physical materials (cookies) and the division symbol (¸) to develop an understanding of division,

(Knowledge)  identify the three parts of a division sentence,

(Application)  solve division problems with one-digit divisors.

 

·        Grade Level: Third

 

II. Orienting (to establish purpose, build background, sustain motivation, and provide directions)

 

·        Anticipatory Set:  The teacher will read the book The Doorbell Rang.  The teacher will ask the students, “Did Grandma have enough cookies to share with her friends?”  The teacher will express to the students that dividing is important.  The teacher will explain that division is used in everyday life, as in sharing cookies or anything with friends.

 

·        Purpose:  The teacher will say, “The purpose of this lesson is to teach each one of you how to divide.  After today’s lesson, you will be able to use division to share anything equally with your friends or classmates.”

 

·        Connection to previous learning/build background knowledge: The teacher will say, “I know that all of you know how to multiply now.  Today, you will learn the inverse or opposite of multiplication, which is division.”

 

III. Presenting (to use sequential direct instruction)

 

·        Teaching procedures:

 

·        The teacher will define “division”.  The teacher will say, “Division means to separate into equal groups.”

 

·        The teacher will show the following problem on a transparency, “Ann brought 9 cookies to school for snack.  She wants to share her cookies with her friends, Bob and Sheila.  How many cookies will each one get?”

 

·        The teacher will demonstrate by drawing three circles on the transparency and writing Ann, Bob, and Sheila on the circles for each group.  The teacher will draw three cookies in each circle.

 

 

·        The teacher will explain that we have three groups and three cookies in each group.

 

·        The teacher will express that we divided the cookies out equally among the three friends.

 

 

·        The teacher will show the division symbol (¸) on another transparency, and explain to the students that symbol means “divided by”.

 

·        The teacher will show the symbolic representation of the problem on the transparency.  “9¸3=3”

 

·        The teacher will explain that they can write division sentences by finding the total number of objects, finding the number of equal groups, and the number in each group.

 

·        The teacher will show and explain the transparency that includes the 3 parts of a division sentence.  The transparency states:

 

 

 

·        “A division sentence has 3 parts: Dividend, Divisor, Quotient”.

 

·        “Dividend is the number being divided.  9¸3=3, the dividend is 9”.

 

·        “Divisor is the number that divides the dividend.  9¸3=3, the divisor is 3”.

 

·        “Quotient is the answer in a division problem.  9¸3=3, the quotient is 3”.

 

IV. Practicing and Summarizing (to reinforce and extend ideas)

 

·        Review:

 

·        (Knowledge)  The teacher will call on volunteers to define “division”.

 

·        (Comprehension)  The teacher will call on volunteers to explain how you write a division sentence.

 

·        (Knowledge)  The teacher will call on volunteers to tell the three parts of a division sentence.

 

·        (Knowledge)  The teacher will call on separate volunteers to give the definition of “Dividend”, “Divisor”, and “Quotient”.

 

·        Guided Practice:

 

·        The teacher will ask everyone to get out his or her napkin and place cookies on the napkin.

 

·        The teacher will solve the following problem with the students, “I have 8 cookies to share with my friends at my party.  I want each friend to have 2 cookies.  How many friends do I need to invite?”

 

·        The teacher will ask volunteers to give a division sentence to that problem.

 

·        The teacher will model and guide each division sentence that is suggested while the students participate using their cookies.

 

·        Independent Practice:

 

·        The teacher will ask everyone to get in groups of two, get out their pencils and a sheet of paper, and make up two division problems.  Each student will write a division sentence for each problem.  Students will be encouraged to use their cookie manipulatives to solve the problems.

 

·        The teacher will check on each group while they work to see if further instruction is needed.

 

·        Summarizing:

 

·        The teacher will say, “Today, we learned what division means and how to divide or share equally.  We also learned how to write division sentences.  I think all of you will find it easier now to determine how to divide things out equally with your friends.

 

V. Assessment (to check for attainment of objectives)

 

·        The teacher will use a checklist to assess the guided practice and independent practice activities.  The checklist will have the objectives listed as column headings.  Checks and minuses will be used to determine attainment.  For enrichment, those students will be instructed to use more than 9 cookies to divide out and write division sentences.  For remediation, those students will keep practicing dividing out their 9 cookies and writing division sentences.

 

  Also, see the PowerPoint Slide Show entitled, "Measurement Division" and "Partitive Division" at:

http://www.athens.edu/pt3/vinson/measure.ppt

http://www.athens.edu/pt3/vinson/partitive.ppt

Home | Profile | Research | Courses | Student | Contact | Slideshows | Lessons