2×23

2×23 is the product of the integers 2 and 23. The calculation 2 multiplied by 23 equals 46. Since 2 and 23 are prime numbers, the prime factorization of 46 is 2 × 23, and its positive divisors are 1, 2, 23, and 46. The result is an even, composite number.

Geometrically or in terms of data layout, 2×23 can describe a rectangular shape with 2 rows and 23 columns, comprising 46 unit squares. In this interpretation, the area of the rectangle is 46 square units. It also denotes the dimension of a 2×23 object in matrix or array form, meaning a structure with 2 rows and 23 columns containing 46 entries.

In linear algebra and data representation, a 2×23 matrix has 2 rows and 23 columns. Such matrices can encode two samples (rows) across 23 features (columns) or be used to represent a set of 46 numbers arranged in two lines. The number of elements in a 2×23 matrix is 46, and operations on it follow standard matrix arithmetic, including row-by-row or column-by-column processing and potential multiplication with compatible dimensions.

Overall, 2×23 functions primarily as a numerical product and as a descriptor of rectangular shapes or data structures with two rows and twenty-three columns, yielding a consistent total of 46 units.