Linked from

The 14 pages that link to Place value, each with the reason it gives.

• Scientific notationRelated: Moving the decimal point changes place values by powers of ten.

• Positional notationBroader topic: Each digit contributes its face value multiplied by its place value.

• Decimal expansionNarrower topic: Each decimal digit contributes a multiple of a power of ten according to its position.

• Decimal systemRelated: Each position in a decimal numeral represents a different power of ten.

• Long divisionRelated: Placing each quotient digit correctly depends on the dividend’s place-value positions.

• Powers of tenRelated: Each decimal position corresponds to a different power of ten.

• SubtractionRelated: Regrouping depends on exchanging units between place-value positions.

• HexadecimalRelated: A hexadecimal digit’s value scales by powers of 16 across positions.

• Maya numeralsRelated: It explains why the same Maya digit has different values at different heights.

• PercentageRelated: The base-ten system makes hundredths easy to write as percentages.

• DigitRelated: Place value explains how the same digit can represent different amounts.

• BaseRelated: In base b, each position represents a power of b.

• Numerical digitRelated: A digit’s position gives it a multiplier based on the system’s base.

• Stem-and-leaf displayRelated: The choice of stem and leaf follows the positional structure of each number.