A table of the first 10 squares:

A table with running from 0 to 20 in steps of 2:

A list of 10 's:

Make a 4×3 matrix:

Plot a table:

Arrange a table in a column:

The index in the table can run backward:

Make a triangular array:

Make a 3×2×4 array, or tensor:

Iterate over an existing list:

Make an array from existing lists:

Table evaluates the expression separately each time:

The table index can have symbolic values:

The variables need not just be symbols:

ParallelTable computes Table in parallel:

Table can be parallelized automatically, effectively using ParallelTable:

Make a table of graphics:

Generate the corners of a polygon:

Make Pascal's triangle:

Compare font sizes from 10 points to 20 points:

For some step sizes, output from Table may not include the upper limit given:

Table requires list iterator specifications to be given explicitly:

Forcing early evaluation of the list resolves the issue:

Alternatively, using With to lexically replace p with its list form:

Table normally reevaluates at each step:

The Evaluate is needed to force evaluation of the table before it is fed to Plot:

Compare with:

Values of Table variables do not get substituted inside held expressions:

Use With to insert values:

Formatting wrappers such as Grid give expressions that are no longer lists: