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Age 9 yrs.

7 results for "felt board"


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My Winter Acrostic
My Winter Acrostic
3rd Grade - 5th Grade

Objectives Reading: Literature Reading and comprehending grade-appropriate literature, including stories, dramas, and poetry Writing Writing an acrostic poem Materials Needed Animal Acrostics by David Hummon or Autumn: An Alphabet Acrostic by Steven Schnur My Winter Acrostic template Winter Acrostic Organizer template Dark-blue construction paper - 9" x 12" Crayons or colored pencils Pencil Chalk or write & wipe marker Chalkboard or write & wipe board Introduction Hold up the book Animal Acrostics by David Hummon or Autumn: An Alphabet Acrostic by Steven Schnur. Then explain that the first letter of each line in an acrostic poem spells out a “topic” word that ties all the lines of the poem together. (It’s helpful to demonstrate the concept on a chalkboard or write & wipe board.) Read a few examples from the book and show students how acrostic poems are arranged on a page. (You may want to reproduce one on the board or a large poster so students can refer to it throughout the lesson.)

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Place Value Practice
Place Value Practice
4th Grade

Objectives Number & Operations in Base Ten Reading and writing multi-digit whole numbers in number, name, and expanded form Comparing two multi-digit numbers based on meanings of the digits in each place, using >, =, and < Materials Needed Large number cards Place Value Playoff game mat Place Value Playoff number tiles Construction paper Scissors Chart paper (optional) Preparation: Print out the large number cards, photocopy them onto construction paper and cut them out. You will need two or three copies of each number. Introduction/Review Write 347 and 453 on the board. Ask students to tell you which number is greater. Then ask, “Which place value did you compare to know that this is true? Why?” Guide students to understand that they compared the hundreds place because it is the highest place value in both numbers. (For older students, bring up the level by writing 3,470 and 4,532 or 34,705 and 45,320.) Reinforce the concept by underlining the hundreds place in each number and telling students that four hundreds is greater than three hundreds. Now ask, “What if the numerals in the hundreds place are the same? Which number is bigger, 347 or 353?” Guide students to understand that they should compare the next highest place value—the tens place.

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Reduce, Reuse, Recycle!
Reduce, Reuse, Recycle!
4th Grade

Objectives Students will match ecology vocabulary words to their corresponding definitions. Students will actively research ecology terms and demonstrate hands-on understanding of a variety of environmental issues that impact their community. Materials Needed Earth Book for Kids by Linda Schwartz Ecology Word and Meaning cards Pocket chart or bulletin board Scissors Pencils Reduce, Reuse, Recycle! graphic organizer Before You Begin Copy and cut out a set of Ecology Word and Meaning cards for each student. Make several copies of the Reduce, Reuse, Recycle! graphic organizer. Introduction As an introduction to Earth Day, read aloud Earth Book for Kids by Linda Schwartz.

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Elapsed Time
Elapsed Time
3rd Grade - 4th Grade

Objectives CCSS Math: Measurement & Data 3.MD.A.1: Tell and write time to the nearest minute and measure time intervals in minutes. Solve word problems involving addition and subtraction of time intervals in minutes, e.g., by representing the problem on a number line diagram. 4.MD.A.2: Use the four operations to solve word problems involving distances, intervals of time, liquid volumes, masses of objects, and money, including problems involving simple fractions or decimals, and problems that require expressing measurements given in a larger unit in terms of a smaller unit. Represent measurement quantities using diagrams such as number line diagrams that feature a measurement scale. Materials Needed Lakeshore Magnetic Teaching Clock Lakeshore Student Clocks - Set of 12 “Elapsed Time Word Problems” activity page Elapsed time worksheet Introduction Ask a student what time school starts. Write this time on the board under the heading “Start Time.” Then ask another student what time school ends. Write this time next to the start time under the heading “End Time.” Ask, “From the time school starts to the time it ends, how much time elapses, or passes?” (Invite students to respond and explain their reasoning and calculations.) Hold up the teaching clock and demonstrate how to set the clock at the start time and count the hours and minutes until the end time. (Hint: Move the hour hand first and have students count the hours aloud with you. Then move the minute hand and have them count the minutes.) Explain to students that you are going to teach them some strategies to help them calculate elapsed time.

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Autumn Tree Sentence Building
Autumn Tree Sentence Building
3rd Grade - 4th Grade

Objectives Students will identify the subject and predicate of a sentence. Students will pair subjects with predicates to form sentences. Materials Needed Sentence parts reproducible Construction Paper - 9" x 12" or Fadeless Paper Rolls (brown, red, yellow and orange) Sentence strip Paper Pencils Preparation: Twist brown construction paper and staple it to a bulletin board to make a tree trunk and branches. Attach construction-paper leaves in red, yellow and orange to complete the autumn tree. Label the trunk “Subject” and the branches “Predicate.” Introduction Introduce the concept of subjects and predicates. Explain that the subject of the sentence tells who or what the sentence is about. The predicate of the sentence tells what happens. Write an example sentence on the sentence strip and hold it up for the class to see. For example, you could write, “The hungry horse ate all the hay in the barn.” Ask students, “Which part of this sentence is the subject? Who or what is the sentence about?” (The subject is the hungry horse.) Then ask, “Which part is the predicate? What did the horse do in the sentence?” (He ate all the hay in the barn.) Cut the sentence strip in two between the subject and predicate. Place the subject on the tree trunk and attach the predicate to one of the branches.

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Gumdrop Geometry
Gumdrop Geometry
4th Grade

Objectives Students will identify geometry terms and correctly match them to corresponding figures. Students will build and identify angles, 2-D shapes and 3-D shapes. Materials Needed Geometry Match-Up Cards Geometric Figure Building Cards Recording sheet reproducible and answer key Toothpicks Gumdrops Paper plates Scissors Tape Pencils Preparation: Print and cut apart the Geometry Match-Up Cards. Put a loop of tape on the back of each card. Display the cards on the classroom board (or use a document camera), grouping the word cards on one side and the picture cards on the other side. Print a copy of the recording sheet reproducible for each student.

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Friction Fun
Friction Fun
4th Grade

Objectives Students will understand Newton’s First Law of Motion. Students will understand friction’s effect on moving objects. Materials Needed “What Is Friction?” information page and experiment sheet Books Sandpaper (one strip, approximately 4" - 5" long, for each group) Tape measure (one for each group) Toy cars (one heavier car and one lighter car for each group) 2" x 4" wood boards (each approximately 6" long for each group) Introduction Explain to students that Newton’s First Law of Motion states that an object at rest will remain at rest and an object moving in a straight line will continue to move in that direction unless an outside force interferes. Demonstrate this by setting a toy car down on a table. Ask, “Is the car moving?” (no) Reinforce that it will not move until an outside force moves it. Then push the car gently with your finger to make it roll forward, and ask students to explain what happened. (The car rolled forward because it was pushed.) Point out that the car eventually stopped rolling because it encountered friction. Tell students that friction occurs when two surfaces rub against each other. In this case, the wheels of the car rubbing against the surface of the table eventually slowed the car’s movement and caused the car to stop. In addition, heavier objects, or objects with more mass, create more friction when they come in contact with another object or surface.

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