Skip Counting Vocabulary Cards

Free maths printable for teachers · Cards

Skip Counting Vocabulary Cards: A single A4 poster arranged as a grid of dashed-line cut-apart cards. Each card has a large coloured heading (e.g. 'SKIP COUNTING', 'STEP', 'SEQUENCE', 'PATTERN', 'MULTIPLES', 'START NUMBER', 'NEXT NUMBER', 'INCREASE', 'DECREASE', 'NUMBER LINE'), a short 1–2 line definition, and a small visual example (number sequences like 2,4,6,8,10; boxed +3; dots with jump arrows; shapes repeating; number-line with hops). Top of page shows title 'SKIP COUNTING VOCABULARY CARD...
Download free PDF

About this printable

This resource is a set of small vocabulary cards for teaching skip counting and related terms: skip/count by, step, sequence, pattern, multiples, start/next number, increase/decrease and a number-line visual. Each card shows a bold coloured header, a one- or two-line definition and a clear numeric or pictorial example to support visual learners. Use them to build maths vocabulary, support procedural understanding of counting in equal steps, and as reference prompts during guided practice.

Make printables like this in seconds

Kuraplan generates maths worksheets, lesson plans and classroom resources matched to your curriculum.

Try Kuraplan free

90-second quiz · no credit card

Related printables

More maths resources

Units Conversion Ladder: Large title 'Units Conversion Ladder' and subtitle; central vertical ladder showing kilo (k, 10^3) → hecto (h, 10^2) → deca (da, 10^1) → base (10^0) → deci (d, 10^-1) → centi (c, 10^-2) → milli (m, 10^-3). Left column 'How to use' box (instructions for converting up/down) and a small key showing arrows ÷10 (up) ×10 (down). Right column contains three worked examples (km→m, g→kg, cm→mm) with calculations and answers. Mid-lower section 'Common Metric Ladders' with icons a...

Units Conversion Ladder

Maths · Posters

Statistical Investigation Planning Frame: A single A4 portrait page with a header (title, name, date, investigation question box), six numbered, colour-coded sections (1 Define the problem with prompts: 'What do I want to find out?', 'Why is this important?', 'What do I already know?'; 2 Plan the investigation with boxes for Population, Variables (checkboxes for categorical/quantitative and prompt for response/data type), Sampling method, Sample size, Data collection method, Materials/equipment...

Statistical Investigation Planning Frame

Maths · Organisers

Scatter Plot Correlation Cards: A single A4 printable arranged as a 3x3 grid of dashed, cut-apart cards under the header 'SCATTER PLOT CORRELATION CARDS'. Each numbered card features a coloured number box, a short title (e.g., 'STRONG POSITIVE CORRELATION'), a small x-y scatter diagram with axes labelled x and y, a one-line caption describing the relationship, and a short r-value statement (e.g., 'r is close to +1'). One card displays a horizontal number line labelled -1 to +1 with regions for...

Scatter Plot Correlation Cards

Maths · Cards

Box Plot and Five-number Summary Mat: Title header; Section 1 (blue) 'Five-number summary' with a five-row labeled table for Minimum (min), Lower Quartile (Q1), Median (Q2), Upper Quartile (Q3), Maximum (max); Section 2 (green) 'Ordered data' large blank box with instruction to write data smallest to largest; Section 3 (purple) 'Box Plot' with labelled small boxes above a number line for Minimum, Q1, Median (Q2), Q3, Maximum and a box-plot template drawn on a number line; Section 4 (orange) 'Us...

Box Plot and Five-number Summary Mat

Maths · Mats

Venn Diagram Probability Mat: Large title 'Venn Diagram Probability Mat'; three header boxes: Key idea (short sentence), Notation (A^c, A∩B, A∪B, n(X), P(X)), Formula reminders (P(A)=n(A)/n(S); P(A∪B)=P(A)+P(B)−P(A∩B); P(A^c)=1−P(A)). Big rectangular sample space labelled S containing two overlapping circles labelled A (left) and B (right). Numbered sections: 1 Venn diagram (blank), 2 Region guide (table with rows: A only, B only, A∩B, Neither A nor B, Total (S) with blanks for n( ) and P( )),...

Venn Diagram Probability Mat

Maths · Mats

Probability Tree Diagram Template Cards: A single A4 sheet divided into a 3x4 grid of dashed cut-out cards; headings include 'Tree Diagram Template', 'Fill the Probabilities', 'Multiply Along a Path', 'Add to Check', 'Independent Events', 'Dependent Events', 'Outcomes', 'Probability of an Outcome', 'Sample Space', 'Starting Point', 'Branch' and 'Terminal Outcome'. Each card contains a small tree diagram (blank or labelled), short instructional text (1–4 short sentences), worked numeric examples...

Probability Tree Diagram Template Cards

Maths · Templates

Transformation Cards: Translate, Rotate, Reflect, Enlarge: A4 portrait sheet split into four coloured quadrants: top-left 'TRANSLATE' (blue) with vector notation (a over b), top-right 'ROTATE' (green) showing centre (h,k) and Angle θ°, bottom-left 'REFLECT' (purple) with 'Line of reflection' and examples (x = a or y = b or y = mx + c), bottom-right 'ENLARGE' (orange) with Centre (h,k) and Scale factor k. Each quadrant contains a small labelled xy coordinate grid, a dotted divider and a wide box...

Transformation Cards: Translate, Rotate, Reflect, Enlarge

Maths · Cards

Pythagoras and Trigonometry Decision Mat: A4 portrait single page with large title 'Pythagoras and Trigonometry Decision Mat'. Top-left '1 Analyse' box with checklist and labelled triangle diagram; top-right triangle reference with labelled opposite/adjacent/hypotenuse and a table of common angle sine/cosine/tangent values (0°, 30°, 45°, 60°, 90°). Centre '2 Choose a method' area showing a Pythagoras box (a^2 + b^2 = c^2) on the left, a central decision-guide flowchart (Is it right-angled? Do y...

Pythagoras and Trigonometry Decision Mat

Maths · Mats

Back to all printables