Standard Form Place Value Slider

Free maths printable for teachers · Cut-outs

Standard Form Place Value Slider: Large title header; three-step 'How to use' panel; dotted cut lines and scissors icons; rectangular slider frame with vertical labelled columns from 'Ten Millions 10^7' down to 'Thousandths 10^-3' showing individual digit slots and a marked decimal column; long horizontal channel where digit strips slide with arrow tabs; two separate 0–9 digit strips (extra strip noted); small cut-out tokens for 'MINUS (−)' and 'DECIMAL POINT'; examples box showing built number...
Download free PDF

About this printable

This A4 cut-out is a hands-on place value slider with labelled columns from Ten Millions (10^7) down to Thousandths (10^-3), a central channel for a digit strip, separate digit strips (0–9), a decimal point token and a minus token, plus worked examples. It supports students who need concrete visual/kinesthetic practice assembling and reading numbers across large and small place values. The sheet is designed for guided practice, interventions or small-group work to reinforce decimal places, place value and reading/writing numbers correctly.

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