Lesson Plan for Teachers on Making Ten to Add

Lesson Title:”Making Ten to Add”

Lesson Objective: Students will be able to use the strategy of making ten to solve addition problems up to 10.

Materials needed:

  • 10-frame cards (or a 10-frame printout for each student)
  • Unifix cubes or other manipulatives (one set for each student)
  • Whiteboard and markers
  • “Making Ten” worksheet (attached)
  • Introduction (5 minutes): Begin the lesson by reviewing the concept of addition and what it means to add numbers together. Use the whiteboard to write the equation “3 + 4 = ?” and ask the students what the answer is. Write the equation “5 + 5 = ?” and ask the students what the answer is. Then, introduce the strategy of making ten to solve addition problems. Explain that sometimes it can be easier to think of adding numbers that make ten instead of adding the numbers separately.

    Direct Instruction (10 minutes): Using the 10-frame cards and the manipulatives, model how to use the strategy of making ten to solve addition problems. For example, show the students a 10-frame with three cubes in it and ask them how many more cubes are needed to make ten. Write the equation “3 + ?” and fill in the answer “7” to show that the problem can be solved by making ten first. Repeat this process with different numbers on the 10-frame, and ask the students to give the answer before filling it in.

    Guided Practice (15 minutes): Give each student a set of manipulatives and a 10-frame printout. Have the students work with a partner to solve addition problems using the strategy of making ten. Walk around the room and provide support and guidance as needed.

    Independent Practice (20 minutes): Distribute the “Making Ten” worksheet to each student. The worksheet includes a variety of addition problems that can be solved using the strategy of making ten. Review the instructions with the students and give them time to complete the worksheet independently.

    Closure (5 minutes): Ask the students to share one problem they solved on the worksheet and how they used the strategy of making ten to solve it. Remind the students that using the strategy of making ten can make solving addition problems easier and more efficient.

    Assessment:

  • Observation of students during guided and independent practice
  • Completion of “Making Ten” worksheet
  • Student ability to explain how they used the strategy of making ten to solve an addition problem
  • Note: This is a basic lesson plan, it is important to adjust the duration of each part according to the class dynamics and the student’s learning pace.

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    Lesson Plan on Making Ten to Add

    Lesson Title:”Making Ten to Add”

    Lesson Objective: Students will be able to use the strategy of making ten to solve addition problems up to 10.

    Materials needed:

  • 10-frame cards (or a 10-frame printout for each student)
  • Unifix cubes or other manipulatives (one set for each student)
  • Whiteboard and markers
  • “Making Ten” worksheet (attached)
  • Introduction (5 minutes): Begin the lesson by reviewing the concept of addition and what it means to add numbers together. Use the whiteboard to write the equation “3 + 4 = ?” and ask the students what the answer is. Write the equation “5 + 5 = ?” and ask the students what the answer is. Then, introduce the strategy of making ten to solve addition problems. Explain that sometimes it can be easier to think of adding numbers that make ten instead of adding the numbers separately.

    Direct Instruction (10 minutes): Using the 10-frame cards and the manipulatives, model how to use the strategy of making ten to solve addition problems. For example, show the students a 10-frame with three cubes in it and ask them how many more cubes are needed to make ten. Write the equation “3 + ?” and fill in the answer “7” to show that the problem can be solved by making ten first. Repeat this process with different numbers on the 10-frame, and ask the students to give the answer before filling it in.

    Guided Practice (15 minutes): Give each student a set of manipulatives and a 10-frame printout. Have the students work with a partner to solve addition problems using the strategy of making ten. Walk around the room and provide support and guidance as needed.

    Independent Practice (20 minutes): Distribute the “Making Ten” worksheet to each student. The worksheet includes a variety of addition problems that can be solved using the strategy of making ten. Review the instructions with the students and give them time to complete the worksheet independently.

    Closure (5 minutes): Ask the students to share one problem they solved on the worksheet and how they used the strategy of making ten to solve it. Remind the students that using the strategy of making ten can make solving addition problems easier and more efficient.

    Assessment:

  • Observation of students during guided and independent practice
  • Completion of “Making Ten” worksheet
  • Student ability to explain how they used the strategy of making ten to solve an addition problem
  • Note: This is a basic lesson plan, it is important to adjust the duration of each part according to the class dynamics and the student’s learning pace.

    Addition Strategies Lesson Plan for Teachers

    Lesson Title:Addition Strategies

    Grade Level: 1st

    Lesson Objective: Students will be able to understand and use different strategies for solving addition problems, including counting on, making a ten, and using a number line.

    Materials:

  • Addition worksheets
  • Number lines
  • Dry erase boards and markers
  • Manipulatives (e.g. counting bears, blocks)
  • Introduction (5 minutes): Start the lesson by reviewing the concept of addition and the numbers 1-10 with the students. Remind them of the symbols for addition (+) and equality (=). Then, introduce the idea that there are different strategies for solving addition problems.

    Direct Instruction (10 minutes): Introduce the first strategy, counting on. Show the students how to use this strategy by counting on from the larger number in an addition problem. For example, if the problem is 5+3, start counting at 5 and say “5, 6, 7, 8, 9, 10.” Explain that the answer is 10 because you counted on 3 numbers from 5.
    Next, introduce the strategy of making a ten. Show the students how to use this strategy by using manipulatives or number cards to make a ten and then counting how many more are needed to solve the problem. For example, if the problem is 7+5, show the students that by combining 3 and 7, they make 10. Then, they can count how many more are needed to make 5, which is 2. The answer is 12.
    Lastly, introduce the strategy of using a number line. Show the students how to use this strategy by using a number line to count how many spaces they need to move to get to the answer. For example, if the problem is 4+6, point to 4 on the number line and move up 6 spaces to reach the answer of 10.

    Guided Practice (15 minutes): Distribute the addition worksheets to the students and have them complete the problems independently. Provide assistance as needed. Ask them to use different strategies for different problems, and also have them explain their thinking process.

    Independent Practice (20 minutes): Give the students additional addition problems to solve on their own, using the different strategies. Monitor their progress and provide feedback as needed.

    Closure (5 minutes): Ask the students to share their answers and explain which strategy they used to solve each problem. Review any misconceptions and provide additional instruction as needed.

    Assessment: Observe the students as they complete the independent practice problems and the worksheets. Use this as an informal assessment to determine their understanding of the different addition strategies. Additionally, you can use a formal assessment by administering a quiz or a test on addition.

    Note: As students become more comfortable with these strategies, you can also introduce more complex problems, such as 2-digit addition. Also, encourage students to use the strategy that they feel comfortable with, and avoid forcing them to use a specific strategy.

    Introduction to Addition pdf printable lesson plan

    Lesson Title:Introduction to Addition

    Grade Level: 1st

    Lesson Objective: Students will be able to understand the concept of addition and be able to add numbers up to 10.

    Materials:

  • Number cards (1-10)
  • Addition worksheets
  • Dry erase boards and markers
  • Manipulatives (e.g. counting bears, blocks)
  • Introduction (5 minutes): Start the lesson by reviewing the numbers 1-10 with the students. Use number cards or manipulatives to help them visually understand the numbers. Then, introduce the concept of addition by asking the class if they know what it means. If there are any misconceptions, clarify that addition is combining two or more numbers to find out how many in total.

    Direct Instruction (10 minutes): Demonstrate the concept of addition using manipulatives. For example, if you have three blocks and add two more, you now have five blocks in total. Show the students how to represent this using the plus (+) sign and the equals (=) sign.

    Model the process of addition with numbers up to 10 using dry erase boards and markers. Write the problem, for example 3+2=5 and go through the steps of solving it.

    Guided Practice (15 minutes): Distribute the addition worksheets to the students and have them complete the problems independently. Provide assistance as needed.

    Independent Practice (20 minutes): Give the students additional addition problems to solve on their own. Monitor their progress and provide feedback as needed.

    Closure (5 minutes): Ask the students to share their answers and explain how they arrived at their solutions. Review any misconceptions and provide additional instruction as needed.

    Assessment: Observe the students as they complete the independent practice problems and the worksheets. Use this as an informal assessment to determine their understanding of the concept of addition. Additionally, you can use a formal assessment by administering a quiz or a test on addition.

    Note: In the future lesson you can expand the range of numbers to add, and also you can introduce the idea of carrying and borrowing.

    Addition Skill Builders for First Grade Math Printable Lesson Plan

    Lesson Title:Addition Skill Builders for First Grade Math

    Lesson Objective: Students will be able to solve basic addition problems with numbers up to 10.

    Materials:

  • Whiteboard and markers
  • Addition worksheets (provided by teacher)
  • Small manipulatives (such as counting bears or blocks)
  • Introduction (5 minutes):

  • Begin the lesson by reviewing the concept of addition. Ask students to give examples of addition problems they have solved in the past (e.g. “3 + 2 = ?”)
  • Write a few simple addition problems on the whiteboard (e.g. “5 + 2 = ?”) and ask students to solve them verbally.
  • Direct Instruction (15 minutes):

  • Use manipulatives (such as counting bears or blocks) to demonstrate addition problems to the class. For example, if you were solving the problem “5 + 2 = ?”, you would place 5 bears in one pile and 2 bears in another pile, then count the total number of bears to find the solution (7).
  • Have students work on a few addition problems as a class, using manipulatives to solve them.
  • Pass out addition worksheets to the students and have them solve the problems independently.
  • Guided Practice (20 minutes):

  • Have students work in small groups with their classmates to solve addition problems on the worksheets.
  • Walk around the room to check for understanding and provide support as needed.
  • As a group, have them share their answers for the worksheet problems, ensuring that all students understand the concept and how to solve the problems.
  • Independent Practice (20 minutes):

  • Give students time to work independently on additional addition problems on their worksheets.
  • Provide assistance as needed.
  • Closure (5 minutes):

  • Review the concepts covered during the lesson and have students solve one or two addition problems as a class to check for understanding.
  • Assign additional practice problems for homework if necessary.
  • Assessment:

  • Observe students during independent practice to assess their understanding of addition concepts.
  • Collect and review completed worksheets for accuracy and understanding.
  • Give a brief quiz or written test to assess student’s ability to solve addition problems independently.
  • Note:

  • To make the lesson more interactive, you can include games and activities that involve addition.
  • To differentiate instruction, you can provide extra support to the students who need it by giving them additional worksheets or breaking the problems down into smaller parts.
  • Overall, the goal of this lesson is to give first-grade students a solid foundation in solving basic addition problems with numbers up to 10. By using manipulatives, working in small groups, and providing independent practice opportunities, students will be able to grasp the concepts and develop the skills necessary to successfully solve addition problems.

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    Understanding Addition for First Grade Math Lesson Plan

    Lesson Title:Understanding Addition for First Grade Math

    Lesson Objectives:

    1. Students will be able to identify and write the symbol for addition (+).
    2. Students will be able to understand the concept of adding two or more numbers together to find a sum.
    3. Students will be able to solve basic addition problems with numbers up to 10.

    Materials:

  • Chart paper and markers
  • Manipulatives (e.g. counting bears, blocks, or beans)
  • Worksheets or activity pages
  • Introduction (10 minutes): Begin the lesson by asking the students if they know what the + symbol means. Write the symbol on the board and ask if anyone can tell you what it is called. Explain that the + symbol is the symbol for addition and it means to put two or more numbers together.

    Direct Instruction (15 minutes): Using manipulatives, show the students how to add two or more numbers together. Start with small numbers (e.g. 1+1, 2+1, 3+1) and have the students count the manipulatives as you add them together. Write the addition problems on the board and have the students say the numbers aloud as they count.

    Guided Practice (20 minutes): Provide the students with worksheets or activity pages that have basic addition problems. Have the students work in pairs or small groups to solve the problems using manipulatives. Walk around the room and offer assistance as needed.

    Independent Practice (15 minutes): Provide the students with additional worksheets or activity pages for independent practice. Encourage the students to use manipulatives to help them solve the problems.

    Closure (10 minutes): Have the students share their answers with the class and discuss any problems they found challenging. Review the + symbol and the concept of adding two or more numbers together. Remind the students that they can always use manipulatives to help them solve addition problems.

    Assessment: Observe the students during the independent practice and note their ability to solve basic addition problems with numbers up to 10. Collect their worksheets or activity pages and use them to assess their understanding of the concept of addition.

    Note: It is important to provide students with enough practice and repetition to master the concept of addition. It is also important to use a variety of manipulatives and activities to make the learning experience more fun and engaging.

    Lesson Plan on Counting and Number Patterns in First Grade Math

    Lesson Title:Counting and Number Patterns in First Grade Math

    Lesson Objective: Students will be able to count to 100 by ones and tens, identify and extend number patterns, and use addition and subtraction within 20.

    Materials: Number cards (1-100), counting bears, whiteboard, dry erase markers, addition and subtraction worksheets

    Introduction (10 minutes): Begin the lesson by reviewing basic counting skills with the students. Have them count to 20 together as a class and then have them count in groups of 2s, 5s, and 10s. Use the number cards and counting bears to help with this activity.

    Direct Instruction (15 minutes): Introduce the concept of number patterns to the students. Write a simple number pattern on the whiteboard (such as 2, 4, 6, 8) and ask the students to identify the pattern. Then, ask them to extend the pattern (10, 12, 14, 16). Repeat this activity with different patterns and have the students come up to the board to write the next number in the pattern.

    Guided Practice (20 minutes): Provide the students with worksheets that have simple number patterns and ask them to complete the patterns. Assign partners for this activity and have them check each other’s work. Use dry erase markers for them to write their answers.

    Independent Practice (20 minutes): Give the students addition and subtraction worksheets that are within 20. These worksheets will have problems like 3+4= and 7-2=. Allow them to work independently and check their work with a partner before turning in their worksheets.

    Closure (5 minutes): As a class, review the key concepts of counting to 100 by ones and tens, identifying and extending number patterns, and using addition and subtraction within 20. Ask the students to give examples of each concept and have them share their answers with the class.

    Assessment: The students will be assessed through their participation in class discussions, completion of worksheets and accuracy of answers.

    Note: It’s important to adjust the time and activities according to the student’s abilities, but this plan can be a good starting point. Also, it’s important to involve the students in the activities and have them participate as much as possible. Make sure to provide positive feedback for their efforts and correct answers.

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    Understanding Time for Kindergarten Children Lesson Plan

    Lesson Title:Understanding Time for Kindergarten Children

    Lesson Objective: Students will be able to identify and read a clock to the hour and half hour, and understand the concept of time as it relates to daily routines and activities.

    Materials:

  • Clock with movable hands
  • Time worksheets
  • Clock flashcards
  • Chart paper and markers
  • Introduction: Begin the lesson by asking the students to name different times of the day, such as morning, afternoon, and evening. Write their responses on chart paper. Then, introduce the concept of a clock and how it helps us keep track of time. Show the students the clock and demonstrate how the hands move to indicate the time.

    Activity 1: Clock Flashcards. Distribute the clock flashcards to the students and have them work in pairs to match the time on the card to the matching clock face. As they complete the activity, walk around the room and provide feedback and encouragement.

    Activity 2: Time Worksheets. Provide the students with worksheets that have pictures of different activities and the corresponding time. Have the students match the activity to the correct time on the clock. For example, “eating breakfast” would match with “7:00 AM.”

    Activity 3: Creating a daily schedule. Divide the students into small groups and provide them with chart paper and markers. Have the students brainstorm and create a schedule of their daily activities and the corresponding times. For example, “Wake up at 7:00 AM, eat breakfast at 7:30 AM, go to school at 8:00 AM” etc.

    Closure: Review the concepts learned during the lesson by asking the students to tell the time on the clock. Have them also share one thing they learned about time today. Lastly, remind students that time is an important aspect of our lives and we should use it wisely.

    Assessment: Observe students during the different activities and note their understanding of the concept of time. Collect the daily schedule chart papers and review them for accuracy and understanding.

    Note: This is a basic lesson plan for understanding time for Kindergarten children. You should adjust the activities and materials according to your student’s learning style and abilities.

    Additionally, you could include some games and songs that could help the kids to remember the time better and also learn in a fun way.

    Introduction to Identifying Halves, Thirds, and Fourths Printable Lesson Plan

    Lesson Title:Introduction to Identifying Halves, Thirds, and Fourths

    Lesson Objective: Students will be able to understand and identify halves, thirds, and fourths of a whole using concrete materials and visual models.

    Materials:

  • A set of linking cubes or other manipulatives (such as blocks or counters)
  • Fraction circles or other visual models (such as number lines or rectangles)
  • Fraction identification worksheets (with pictures of halves, thirds, and fourths)
  • Introduction (5 minutes):

  • Begin by reviewing the concepts of equal parts and whole with the students. Use concrete examples (such as cutting an apple into equal parts) to demonstrate these concepts.
  • Introduce the concept of halves, thirds, and fourths and explain that they are specific types of equal parts. Use concrete materials (such as linking cubes) to demonstrate this concept.
  • Activity 1 (10 minutes):

  • Divide students into small groups and give each group a set of linking cubes and fraction circles.
  • Explain that the fraction circles can be used to help them identify halves, thirds, and fourths.
  • Model identifying a simple fraction (such as 1/2) using the linking cubes and fraction circles. Show the students how to divide the whole into equal parts and then count the number of parts to find the fraction.
  • Allow students to work with their partners to identify different fractions using the linking cubes and fraction circles.
  • Activity 2 (10 minutes):

  • Provide students with a set of fraction identification worksheets.
  • Explain that the worksheets contain pictures of halves, thirds, and fourths and that the students need to use the strategies learned in the previous activity to identify the fractions.
  • Allow students to work independently or with a partner to complete the worksheets.
  • As students work, circulate around the room and provide support and guidance as needed.
  • Activity 3 (10 minutes):

  • Gather the students together and have them share the fractions they identified and the strategies they used.
  • Allow students to explain their thinking and reasoning.
  • Provide feedback and praise for their efforts and progress.
  • Conclusion (5 minutes):

  • Review the concepts of halves, thirds, and fourths and the strategies used to identify them.
  • Encourage students to continue practicing identifying fractions using concrete materials and visual models.
  • Lesson Plan on Introduction to Equal Parts

    Lesson Title:Introduction to Equal Parts

    Lesson Objective: Students will be able to understand the concept of equal parts and represent them using concrete materials and visual models.

    Materials:

  • A set of linking cubes or other manipulatives (such as blocks or counters)
  • Fraction circles or other visual models (such as number lines or rectangles)
  • Equal parts worksheets (with problems that involve equal parts)
  • Introduction (5 minutes):

  • Begin by reviewing the concept of whole with the students. Use concrete examples (such as a whole pizza or a whole apple) to demonstrate this concept.
  • Introduce the concept of equal parts and explain that it is dividing a whole into equal portions. Use concrete materials (such as linking cubes) to demonstrate this concept.
  • Activity 1 (10 minutes):

  • Divide students into small groups and give each group a set of linking cubes and fraction circles.
  • Explain that the fraction circles can be used to help them represent equal parts.
  • Model dividing a whole into equal parts (such as 2 equal parts) using the linking cubes and fraction circles. Show the students how to count the number of parts to find the number of equal parts.
  • Allow students to work with their partners to divide different wholes into equal parts using the linking cubes and fraction circles.
  • Activity 2 (10 minutes):

  • Provide students with a set of equal parts worksheets.
  • Explain that the worksheets contain problems that involve equal parts and that the students need to use the strategies learned in the previous activity to solve the problems.
  • Allow students to work independently or with a partner to complete the worksheets.
  • As students work, circulate around the room and provide support and guidance as needed.
  • Activity 3 (10 minutes):

  • Gather the students together and have them share the equal parts they represented and the strategies they used.
  • Allow students to explain their thinking and reasoning.
  • Provide feedback and praise for their efforts and progress.
  • Conclusion (5 minutes):

  • Review the concepts of equal parts and the strategies used to represent them.
  • Encourage students to continue practicing representing equal parts using concrete materials and visual models.
  • Remind students that with practice and perseverance, they will become experts in understanding equal parts!
  • Assessment:

  • Observe students as they work on the activities and listen to their explanations of the equal