Educational Videos on Doubles and Near Doubles in Grade 1

Educational video content on doubles and near doubles: lessons, examples, and interactive activities for mathematical understanding.

Video Lessons 1-3
1 Introduction to Doubles
Lesson 1: Introduction to Doubles
Doubles: Adding the Same Number Twice
Learn what doubles are and how to recognize them
Duration: 5:23
Definition:

Doubles: Addition facts where both addends are identical numbers (e.g., 3+3, 8+8)

Key Concept
Same number added twice
Important Note
Always results in even number
0:00 - 1:30
Introduction to doubles concept
1:30
1:30 - 3:15
Visual examples with manipulatives
1:45
3:15 - 5:23
Practice and review
2:08
Learning Objectives:
  • Recognize doubles patterns in addition facts
  • Understand that doubles mean adding the same number twice
  • Practice basic doubles facts (1+1 to 10+10)
  • See how doubles make addition easier
Doubles
2 + 2 = 4
Doubles
5 + 5 = 10
Doubles
7 + 7 = 14
Doubles
9 + 9 = 18
Summary:

Doubles are addition facts where both numbers are the same. They always result in even numbers and form the foundation for other addition strategies.

2 Near Doubles Strategy
Lesson 2: Near Doubles Strategy
Near Doubles: Adding Consecutive Numbers
Learn how to use doubles facts to solve near doubles
Duration: 6:45
Definition:

Near Doubles: Addition facts where addends are consecutive numbers (differ by 1)

Connection
Uses doubles facts as foundation
Method
Add or subtract 1 from doubles
0:00 - 2:00
Introduction to near doubles concept
2:00
2:00 - 4:20
Using doubles facts to solve near doubles
2:20
4:20 - 6:45
Practice and application
2:25
Learning Objectives:
  • Identify near doubles patterns in addition facts
  • Use known doubles facts to solve near doubles
  • Understand the relationship between doubles and near doubles
  • Practice near doubles facts efficiently
Near Doubles
3 + 4 = 7
Near Doubles
6 + 7 = 13
Near Doubles
8 + 9 = 17
Near Doubles
5 + 6 = 11
Summary:

Near doubles are addition facts with consecutive numbers. Use known doubles facts and adjust by 1 to solve them efficiently.

3 Practice and Review
Lesson 3: Practice and Review
Mixed Practice: Doubles and Near Doubles
Review and practice both concepts together
Duration: 8:12
Definition:

Mixed Practice: Combining both doubles and near doubles concepts for comprehensive understanding

Review
Practice both concepts together
Mastery
Build fluency and confidence
0:00 - 2:30
Quick review of doubles concept
2:30
2:30 - 5:00
Quick review of near doubles concept
2:30
5:00 - 8:12
Mixed practice and assessment
3:12
Learning Objectives:
  • Distinguish between doubles and near doubles
  • Apply appropriate strategies for each type
  • Build fluency with both concepts
  • Prepare for advanced addition strategies
Doubles
4 + 4 = 8
Near Doubles
4 + 5 = 9
Doubles
6 + 6 = 12
Near Doubles
6 + 7 = 13
Summary:

Practice both doubles and near doubles together to strengthen recognition and application of the appropriate strategies.

Video Content and Features
n + n = 2n
Doubles Formula
Doubles
n + n
Same number twice
Near Doubles
n + (n+1)
Consecutive numbers
Video Feature
Engage + Learn
Interactive content
Key Definitions:

Educational Video: A multimedia presentation designed to teach mathematical concepts through visual and auditory learning.

Interactive Content: Video elements that engage students through activities, questions, or hands-on practice.

Visual Learning: Learning through watching demonstrations, animations, and visual representations.

Video Lesson Structure:
• Introduction to concept
• Visual demonstration
• Examples and practice
• Summary and review
• Assessment opportunities
Interactive Features:
  • Pause and practice moments
  • Visual manipulatives
  • Audio reinforcement
  • Repetition for memorization
  • Real-world connections
Tip 1: Watch videos multiple times for better retention.
Tip 2: Pause and practice along with the video.
Tip 3: Use visual cues to remember the concepts.
Tip 4: Apply learned concepts to new problems.
Benefits: Engaging, visual learning, repeated exposure, accessibility.
Features: Animations, examples, practice problems, progress tracking.
Video Learning Principles:

• Visual representations enhance understanding of abstract concepts

• Audio reinforcement supports different learning styles

• Interactive elements increase engagement and retention

• Repetition through videos helps with memorization

n + (n+1) = (n+n) + 1
Near Doubles Formula
Advanced Video Activities 4-5
4 Problem Solving Videos
Lesson 4: Word Problem Applications
Real-World Doubles and Near Doubles
Apply concepts to word problems and scenarios
Duration: 7:30
Definition:

Problem Solving Videos: Content that applies mathematical concepts to real-world scenarios and word problems

Real World
Math in everyday situations
Application
Use concepts practically
0:00 - 2:00
Introduction to word problems
2:00
2:00 - 5:00
Identifying doubles and near doubles in problems
3:00
5:00 - 7:30
Solving and checking answers
2:30
Sample Problems:
  • "Sarah has 6 stickers and gets 7 more. How many does she have?" (6 + 7 = near doubles)
  • "Tom has 4 toy cars and his brother has 4. How many cars do they have together?" (4 + 4 = doubles)
  • "There are 8 birds on one tree and 9 on another. How many birds are there?" (8 + 9 = near doubles)
Word Problem
5 + 5 = 10
Word Problem
7 + 8 = 15
Word Problem
3 + 4 = 7
Word Problem
9 + 9 = 18
Summary:

Word problems help students see how doubles and near doubles apply to real-life situations, strengthening their problem-solving skills.

5 Interactive Game Videos
Lesson 5: Interactive Math Games
Fun Games with Doubles and Near Doubles
Interactive games to reinforce concepts
Duration: 6:15
Definition:

Interactive Game Videos: Educational content that combines gaming elements with learning objectives to increase engagement

Games
Fun learning activities
Achievement
Motivation through rewards
0:00 - 1:30
Game introduction and instructions
1:30
1:30 - 4:45
Interactive gameplay with math facts
3:15
4:45 - 6:15
Review and celebration of learning
1:30
Game Types:
  • Matching games: Match doubles facts with their sums
  • Sorting games: Categorize problems as doubles or near doubles
  • Speed challenges: Solve facts as quickly as possible
  • Memory games: Remember and recall facts
Game Fact
2 + 2 = 4
Game Fact
3 + 4 = 7
Game Fact
8 + 8 = 16
Game Fact
5 + 6 = 11
Summary:

Interactive games make learning fun and engaging while reinforcing mathematical concepts through repetition and positive reinforcement.

Complete Video Learning Summary: Doubles and Near Doubles
n + n = 2n
Doubles Formula
Comprehensive definitions:

Doubles: Addition facts where both addends are identical numbers (e.g., 3+3, 8+8). These always result in even numbers and form the foundation for other addition strategies.

Near Doubles: Addition facts where addends are consecutive numbers (differ by 1) such as 4+5, 7+8. These can be solved efficiently using doubles facts plus or minus 1.

Educational Video: A multimedia learning tool that combines visual, auditory, and interactive elements to teach mathematical concepts effectively.

Video Learning Process:
• Preview: Get ready to learn
• Watch: Focus on the content
• Participate: Engage with interactive elements
• Practice: Apply what you learned
• Review: Reinforce the concepts
Video Learning Benefits:
  • Visual representations make abstract concepts concrete
  • Audio explanations support different learning styles
  • Interactive elements increase engagement and retention
  • Ability to pause, replay, and review as needed
  • Consistent presentation of concepts
Tip 1: Take notes while watching to reinforce learning.
Tip 2: Practice along with the video demonstrations.
Tip 3: Watch multiple times for better retention.
Tip 4: Apply learned concepts to new problems independently.
Common misconceptions: Thinking all addition problems require counting from 1, not recognizing the efficiency of using known facts.
Success indicators: Quick recognition of patterns, efficient problem-solving, accurate results.
Fundamental principles and formulas:

• Doubles principle: n + n = 2n (always results in an even number)

• Near doubles principle: n + (n+1) = (n+n) + 1 (always results in an odd number)

• Video learning principle: Multimodal presentation enhances comprehension

• Engagement principle: Interactive elements increase retention

Video Learning Outcomes:
  • Stronger conceptual understanding through visual representation
  • Improved retention through multimodal learning
  • Increased engagement through interactive elements
  • Better problem-solving skills through practice scenarios
  • Confidence in mathematical abilities through success experiences

Questions & Answers

Question: How can I effectively integrate educational videos about doubles and near doubles into my classroom instruction? What strategies work best?

Answer: Effective integration strategies include:

  1. Preview and set expectations: Tell students what to look for during the video
  2. Watch together: Model note-taking and active viewing behaviors
  3. Pause for practice: Stop at key moments for students to try examples
  4. Follow-up activities: Extend learning with hands-on practice

The key is treating videos as part of a larger lesson sequence rather than standalone content.

Question: My child enjoys watching educational videos but doesn't always retain what they learn. How can I help them get more out of video lessons?

Answer: Here are strategies to improve retention from video lessons:

  • Watch together: Discuss the content as you view it
  • Take breaks: Pause after important concepts to practice
  • Follow up: Use physical manipulatives to reinforce what was learned
  • Repeat: Re-watch videos multiple times for reinforcement

The combination of visual learning and hands-on practice creates stronger neural pathways for retention.

Question: Why are videos helpful for learning math? Can't I just read books?

Answer: Videos are helpful because:

  • You can see things moving: Watch dots getting added together
  • You can hear explanations: Someone talks through the steps
  • You can pause and restart: Go back if you miss something
  • They're fun: Colors, sounds, and movement keep you interested

Videos combine seeing, hearing, and doing, which helps your brain learn better than just reading alone!