Arabic Number 1-20 Puzzle Board with White Board

Children learn numbers from 1-20, 7 calculation symbols, and whiteboard on the back side and a two colour pen for children become familiar with the numerals and their shapes. Puzzles fit together only if placed correctly. Helps children recognise numbers from a young age which is a good base for logical/mathematical intelligence. Each of the blocks can be removed from the base, and children can easily memorise them with the help of relevant images. A great teaching aid for maths, such as counting and more. It’s an easy and fun way to learn! Doing puzzles is a great activity for young children to develop fine motor skills, visual and memory skills, categorising and sorting skills, whilst playing and having fun. Children can progress from these basic puzzles to higher leveled, larger puzzles that require them to develop more advanced strategies, critical thinking techniques, and problem solving skills. Made of high quality natural wood with non-toxic paints conforming to European toy safety standards. Suitable for children from the age of 3 years. Size: 33 X 23 X 0.9 cm.

EYLF Learning Outcomes:

• Outcome 1 Children develop their emerging autonomy and confidence.

• Outcome 1 Independently working with numbers and symbols builds confidence and a sense of capability.

• Outcome 1 Children develop knowledgeable and confident self-identities.

• Outcome 1 Engaging with Arabic numerals and symbols supports cultural identity and pride for children from Arabic-speaking backgrounds.

• Outcome 2 Children develop a sense of belonging to groups and communities.

• Outcome 2 Recognizing and using Arabic numbers fosters inclusion and appreciation for diverse languages and cultures.

• Outcome 2 Children respond to diversity with respect.

• Outcome 2 Exposure to different numeral systems encourages awareness and acceptance of cultural differences.

• Outcome 3 Children take increasing responsibility for their own health and physical wellbeing.

• Outcome 3 Manipulating puzzle pieces supports hand strength and coordination, essential for writing and self-care tasks.

• Outcome 4 Children develop dispositions for learning like curiosity, persistence, and enthusiasm.

• Outcome 4 Exploring number concepts and calculations inspires curiosity and deep engagement.

• Outcome 4 Children develop skills like problem-solving, experimenting, and investigating.

• Outcome 4 Using calculation symbols (+, –, =, etc.) encourages early mathematical thinking and investigation of number relationships.

• Outcome 5 Children begin to understand how symbols and pattern systems work.

• Outcome 5 Arabic numbers and math symbols help children grasp numeracy and mathematical language.

• Outcome 5 Children use various forms of media and symbols to express ideas.

• Outcome 5 The whiteboard component allows children to write numbers, create equations, and visually represent their thinking.

Developmental Milestones:

• 3 to 5 years Number recognition: Identifies and names Arabic numbers 1–20.

• 3 to 5 years Understanding math symbols: Recognizes and begins to understand symbols like +, –, ×, ÷, =, <, >.

• 3 to 5 years Sequencing: Orders numbers correctly from 1 to 20.

• 3 to 5 years Basic operations: Begins to understand simple math concepts such as addition and subtraction.

• 3 to 5 years Problem-solving: Engages in trial-and-error and reasoning when forming equations or matching numbers.

• 3 to 5 years Counting and one-to-one correspondence: Counts objects and matches them to numerals.

• 3 to 5 yearsComparing quantities: Understands more/less using > and < symbols.

• 3 to 5 years Basic calculations: Starts to form and solve simple arithmetic problems using the puzzle pieces and whiteboard.
• 3 to 5 years Math language: Learns and uses terms like plus, minus, equals, more than, less than.

• 3 to 5 years Bilingual skills: Reinforces Arabic numeral vocabulary and language for bilingual learners.

• 3 to 5 years Symbol understanding: Learns that numbers and symbols represent quantities and operations.

• 3 to 5 years Pincer grip: Picks up and places small puzzle pieces.

• 3 to 5 years Hand-eye coordination: Matches pieces accurately and writes on the whiteboard.

• 3 to 5 years Pre-writing and writing: Practices writing Arabic numerals and symbols on the board.

• 3 to 5 years Confidence and independence: Gains satisfaction from solving puzzles and writing equations.

• 3 to 5 years Turn-taking and teamwork: Works with peers to solve problems and share materials.

• 3 to 5 years Cultural pride: Builds identity and confidence in children from Arabic-speaking backgrounds.

Links to Theorists:

• This learning experience can be linked to Lev Vygotsky’s theories:

• Zone of Proximal Development (ZPD): With adult or peer support, children can learn to use new math symbols and Arabic numerals.
• Scaffolding helps children understand more complex mathematical operations and language.
• Language and cultural tools: Arabic numbers and symbols act as cultural tools that support thinking and communication in a bilingual or multicultural environment.

• This learning experience can be linked to Jean Piaget’s theories:

• Concrete operational stage (ages 7–11): Even younger children in the preoperational stage (ages 2–7) begin using symbols in play.
• This puzzle introduces children to symbolic thought through numbers and operations, helping them move from concrete to abstract thinking.
• Constructivism: Children learn by doing—manipulating numbers and symbols builds understanding of quantity, sequence, and relationships.

• This learning experience can be linked to Maria Montessori’s theories:

• Hands-on, sensorial learning: Children explore numbers and symbols through touch, sight, and movement.
• Self-correction and independence: The puzzle format encourages children to find the correct match independently, building autonomy.
• Prepared environment: Materials are designed to foster concentration, order, and purposeful activity.

• This learning experience can be linked to Howard Gardner’s theories:

• Logical-mathematical intelligence: Encouraged through problem-solving, equation building, and symbol use.
• Linguistic intelligence: Developed when children discuss, explain, or write numbers and equations.
• Intrapersonal and interpersonal intelligence: Used when children reflect on their progress or collaborate with others.

• This learning experience can be linked to Erik Erikson’s theories:

• Initiative vs. Guilt (ages 3–5): Children take initiative to explore new concepts like numbers and operations, building confidence and a sense of purpose.
• Success with puzzles and problem-solving promotes positive self-esteem.

Learning Through Play:

• Number recognition and counting: Children explore Arabic numerals 1–20 through matching and sequencing.
• Symbol exploration: Playfully experiment with symbols like +, –, =, ×, ÷, <, and > to build foundational math skills.
• Problem-solving: Creating simple equations or comparing values fosters critical thinking in a fun, hands-on way.
• Math vocabulary: Children naturally use and learn terms like “plus,” “equals,” “more,” and “less.”
• Bilingual language exposure: Supports learning and recognition of Arabic numerals for children in bilingual or Arabic-speaking contexts.
• Puzzle piece manipulation: Strengthens pincer grip, coordination, and fine motor control.
• Whiteboard use: Encourages writing and drawing numbers and symbols, developing pre-writing and handwriting skills.
• Open-ended play: Children may invent their own number games, challenges, or math stories.
• Visual representation: Use the whiteboard to draw objects, create sums, or write number patterns.
• Confidence: Completing number sequences or forming correct equations builds self-esteem.
• Collaboration: When used in pairs or groups, it promotes sharing, turn-taking, and teamwork.
• Cultural pride: Arabic numerals support identity and inclusion for children from Arabic-speaking families.
• Inquiry-based learning: Children test ideas, make predictions (“What happens if I use this symbol?”), and reflect on outcomes.
• Trial and error: Learning through mistakes and corrections is a playful path to understanding.