Foundational matrix and vector tools in SumWise 3.1

Matrix & Vector Calculator for Windows

Check a small matrix, transpose rows and columns, or count vector entries. Start with the two-by-two determinant below, then use the same Windows workspace for related scientific calculations.

SumWise Desktop 3.1 • Windows • $24.99 once afterward • No subscription

Check a two-by-two determinant

For the matrix with rows [1, 2] and [3, 4], calculate 1 × 4 − 2 × 3.

Copy this expression into SumWise, then press Enter to calculate.

determinant(matrix(2,2,1,2,3,4))

Expected result: −2 (a scalar).

The determinant requires a supported square matrix. This is a foundational calculation, not a complete linear-algebra package. Continue with the documented workflow.

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Matrix workflows

Build a matrix and work with its structure.

SumWise supports explicit matrix construction and formatted matrix results alongside a focused set of matrix operations.

Construct matrices

Provide row and column dimensions followed by matrix values using the documented matrix(...) syntax.

Transpose a matrix

Exchange rows and columns for a supported matrix value with transpose(...).

Calculate a determinant

Evaluate the determinant of a supported square matrix and keep the result in the calculation workspace.

Vector workflows

Create reusable vectors for calculation and data work.

Construct vectors, count vector entries, and reuse vector values with supported statistics, correlation, and regression functions.

  • Construct numerical vectors with vector(...)
  • Count vector entries with length(...)
  • Assign vectors to variables for later supported calculations
  • Use paired vectors in supported correlation and regression workflows

Examples to try

Start with current supported syntax.

These examples exercise documented matrix construction, transpose, determinant, vector construction, and vector entry count.

Enter one expression per calculation. Results are shown separately from copyable input.

matrix(2,2,1,2,3,4)

Expected: 2 rows × 2 columns: [1, 2] then [3, 4].

transpose(matrix(2,3,1,2,3,4,5,6))

Expected: 3 rows × 2 columns: [1, 4], [2, 5], [3, 6].

determinant(matrix(2,2,1,2,3,4))

Expected: −2.

vector(1,2,3,4)

Expected: A vector with four entries, in the supplied order.

length(vector(1,2,3,4))

Expected: 4 entries. Here length means entry count, not Euclidean magnitude.

A broader Windows math workspace

Keep foundational linear-algebra work beside related calculations.

Students

Practice matrix and vector syntax alongside scientific calculations and supported statistics.

Educators

Show matrix structure, transpose, determinants, and vector entry count with visible inputs and results.

Engineers and developers

Perform quick foundational matrix or vector checks without leaving the desktop math workspace.

Data exploration

Reuse vectors in supported descriptive-statistics, correlation, regression, and scatter-plot workflows.

Honest scope

Foundational operations, not a complete linear-algebra system.

  • SumWise supports a focused documented set of matrix and vector workflows.
  • This page does not claim comprehensive decomposition, symbolic matrix algebra, or specialist numerical-library coverage.
  • Operations retain their documented input-shape and value requirements.

SumWise Desktop 3.1 for Windows

Try matrix and vector tools in the full SumWise Desktop workspace.

Use every Desktop feature free for seven days. Continue afterward for $24.99 once with no SumWise Desktop subscription.

Try SumWise Desktop free for 7 days

Questions

Matrix and vector FAQ

Can SumWise construct and display matrices?

Yes. The documented matrix syntax supplies dimensions and values, and SumWise displays a formatted matrix result.

Can SumWise calculate matrix determinants?

Yes, for supported square matrices. SumWise also supports matrix transpose and other documented foundational operations.

What can I do with vectors?

You can construct vectors, count their entries with length(...), assign them to variables, and use them with supported statistics and regression functions.

Is SumWise a complete linear-algebra package?

No. It provides a practical supported set of foundational matrix and vector operations inside a broader Windows calculator.

A small matrix and vector

Enter matrix(2, 2, 1, 2, 3, 4) to create a two-row, two-column matrix. Enter vector(1,2,3,4) for a four-element vector. Check the function reference before choosing a supported operation; matrix dimensions and vector entry counts matter.

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