Solved Exercises on Addition with Pictures to 5 in Grade 1

Master addition with pictures: visual counting, number bonds, and picture representation through these 5 detailed exercises.

Solution: Exercises 1 to 3
1 Basic Addition with Pictures
Exercise 1
Count the objects and find the sum:
🍎🍎 + 🍎 = ?
Definition:

Addition: Combining two or more groups of objects to find the total amount

Addition method:
  1. Count the objects in the first group
  2. Count the objects in the second group
  3. Combine both groups and count the total
  4. Write the addition sentence
First Group
🍎🍎 = 2
Second Group
🍎 = 1
Total
3
🍎
🍎
+
🍎
=
🍎
🍎
🍎
2
+
1
=
3
Step 1: Count first group

🍎🍎 = 2 apples

Step 2: Count second group

🍎 = 1 apple

Step 3: Combine and count total

2 + 1 = 3 apples

2 + 1 = 3
Final answer:

2 + 1 = 3

Applied rules:

• Counting: Count each object one by one

• Combining: Put both groups together

• Total: Count all objects in the combined group

2 Addition with Different Objects
Exercise 2
Count and add:
🐶🐶 + 🐱 = ?
Definition:

Visual Addition: Adding different types of objects by counting their total quantity

Expression
🐶🐶 + 🐱
Count
2 + 1
Result
3
🐶
🐶
+
🐱
=
🐶
🐶
🐱
2
+
1
=
3
Step 1: Count dogs

🐶🐶 = 2 dogs

Step 2: Count cats

🐱 = 1 cat

Step 3: Add totals

2 + 1 = 3 animals

2 + 1 = 3
Final answer:

2 + 1 = 3

Applied rules:

• Same Operation: Addition works regardless of object type

• Total Quantity: We count the number of objects, not their type

• Consistency: Each object counts as one unit

3 Three Number Addition
Exercise 3
Count all objects:
🌟 + 🌟 + 🌟 = ?
Definition:

Three Number Addition: Adding three separate groups of objects together

Expression
🌟 + 🌟 + 🌟
Count
1 + 1 + 1
Result
3
🌟
+
🌟
+
🌟
=
🌟
🌟
🌟
1
+
1
+
1
=
3
Step 1: Count first star

🌟 = 1 star

Step 2: Count second star

🌟 = 1 star

Step 3: Count third star

🌟 = 1 star

Step 4: Add all together

1 + 1 + 1 = 3 stars

1 + 1 + 1 = 3
Final answer:

1 + 1 + 1 = 3

Applied rules:

• Associative Property: Order of adding doesn't matter

• Sequential Addition: Add one pair at a time

• Total Sum: Combine all quantities

Rules and methods, laws,...
\(a + b = c\)
Basic Addition
Commutative Law
\(a + b = b + a\)
Order doesn't matter
Identity Element
\(a + 0 = a\)
Adding zero
Associative Law
\(a + (b + c) = (a + b) + c\)
Grouping doesn't matter
Key definitions:

Addition: Combining groups to find the total

Sum: The result of adding numbers

Addends: Numbers being added together

Complete methodology:
  1. Identify Groups: Recognize separate sets of objects
  2. Count Each Group: Determine quantity in each set
  3. Combine Groups: Put all objects together
  4. Count Total: Find the sum of all objects
  5. Write Equation: Express as addition sentence
Tip 1: Count slowly and touch each object to avoid missing any.
Tip 2: Use your fingers to represent objects when counting.
Tip 3: Draw dots or circles to represent objects if needed.
Tip 4: Always double-check your count by recounting.
Common errors: Miscounting objects, skipping numbers, forgetting to combine groups.
Learning tips: Practice with physical objects, use songs or rhymes, visualize number lines.
Formulas to know by heart:

• Basic addition: \(a + b = c\)

• Commutative: \(a + b = b + a\)

• Identity: \(a + 0 = a\)

• Associative: \(a + (b + c) = (a + b) + c\)

Solution: Exercises 4 to 5
4 Addition with Mixed Objects
Exercise 4
Count and solve:
🚗🚗 + 🚲🚲 = ?
Definition:

Mixed Object Addition: Adding different types of objects by combining their quantities

First Group
🚗🚗 = 2
Second Group
🚲🚲 = 2
Total
4
🚗
🚗
+
🚲
🚲
=
🚗
🚗
🚲
🚲
2
+
2
=
4
Step 1: Count cars

🚗🚗 = 2 cars

Step 2: Count bicycles

🚲🚲 = 2 bicycles

Step 3: Add totals

2 + 2 = 4 vehicles

2 + 2 = 4
Final answer:

2 + 2 = 4

Applied rules:

• Quantity Over Type: Count objects, not categories

• Equal Groups: Same number in each group

• Total Combination: All objects counted together

5 Maximum Addition (to 5)
Exercise 5
Find the sum:
🐻🐻 + 🐻 = ?
Definition:

Maximum Addition to 5: Adding numbers where the sum equals 5

First Group
🐻🐻 = 2
Second Group
🐻 = 1
Third Group
🐻 = 1
Total
4
🐻
🐻
+
🐻
+
🐻
=
🐻
🐻
🐻
🐻
2
+
1
+
1
=
4
Step 1: Count first group

🐻🐻 = 2 bears

Step 2: Count second group

🐻 = 1 bear

Step 3: Count third group

🐻 = 1 bear

Step 4: Add all together

2 + 1 + 1 = 4 bears

2 + 1 + 1 = 4
Final answer:

2 + 1 + 1 = 4

Applied rules:

• Multiple Addends: More than two numbers added

• Sequential Addition: Add one at a time

• Maximum Limit: Result stays within 5

Key Concepts and Learning Strategies
\(a + b = c\)
Addition Fundamentals
Key definitions:

Addition: Combining two or more groups to find the total amount

Sum: The result when numbers are added together

Addends: The numbers being added in an addition sentence

Complete methodology:
  1. Visual Recognition: Identify separate groups of objects
  2. Individual Counting: Count objects in each group separately
  3. Combination: Mentally or physically put groups together
  4. Total Counting: Count all objects in the combined group
  5. Equation Writing: Express the addition as a number sentence
Tip 1: Use finger counting to represent each object as you count.
Tip 2: Say the numbers out loud as you count to reinforce learning.
Tip 3: Draw circles or dots to represent objects if visualizing helps.
Tip 4: Practice with real objects like blocks, toys, or snacks.
Common errors: Skipping objects while counting, misaligning addends, forgetting to combine groups.
Practice strategies: Use manipulatives, draw pictures, play counting games, practice daily.
Essential rules for addition:

• Commutative Property: Order doesn't change the sum (2 + 3 = 3 + 2)

• Identity Property: Adding zero doesn't change the number (5 + 0 = 5)

• Associative Property: Grouping doesn't change the sum (1 + (2 + 3) = (1 + 2) + 3)

• Counting Strategy: Start with the larger number and count up

Addition Patterns and Number Bonds
Understanding Number Bonds to 5
Explore all combinations that make 5:
0 + 5 = 5
1 + 4 = 5
2 + 3 = 5
3 + 2 = 5
4 + 1 = 5
5 + 0 = 5
🔴
🔴
🔴
🔴
🔴
5

Number Bonds: Different ways to split the number 5 into two parts.

  • Part-Part-Whole relationships
  • Understanding that 5 can be made in multiple ways
  • Foundation for subtraction facts

Questions & Answers

Question: My child is struggling with counting objects in addition problems. They often skip objects or count the same one twice. How can I help them develop better counting skills?

Answer: This is a very common challenge with young learners! Here are effective strategies:

  • Touch and Count: Have your child physically touch each object as they count it aloud
  • Move Objects: Move counted objects to a separate pile to avoid recounting
  • Draw Lines: Draw a small line under each object as it's counted
  • Use Manipulatives: Use physical objects like blocks, counters, or even snacks

Start with smaller numbers (up to 3) and gradually increase. Consistent practice with tactile elements builds strong counting foundations.

Question: How can I help my students understand that addition means combining groups, not just counting all objects separately?

Answer: Focus on the concept of "putting together" rather than just counting:

  • Use the phrase "How many altogether?" after combining groups
  • Have students physically move two groups together before counting
  • Use the language "first group" and "second group" to emphasize separation
  • Create stories: "Tom had 2 apples, then got 1 more. How many now?"

Visual representations showing the action of combining groups reinforce the conceptual understanding.

Question: What's the best way to introduce addition equations alongside picture problems for 1st graders?

Answer: Follow this progression to connect pictures with equations:

  • Start with concrete objects and verbal descriptions
  • Introduce pictures representing the same situation
  • Show the equation alongside the picture
  • Gradually move to equation-only problems

Always connect the visual representation to the numeric equation: "2 apples and 1 apple make 3 apples" connects to "2 + 1 = 3".