^Ask ^Gather ^Answer ^Beg ~question~ ~collection~ ~table~ ~please~ ~demands~

1. ^Choose a range: a ~list~ of concepts, of ideas or, of impressions of our world. 
2. ^Name-or-express a worksheet. 
   1. ^Write a ~list~ of questions which we may ^Apply to each element in range. 
   2. ^Minimize key questions to ^Make each worksheet unique, like ^Name and Date. 
   3. ^Gather Modest (^Moderate and ^Proper) other data in ~mutual~ ^Interest to ^Give or ^Scan. 
3. For each element in a range, ^Find ^Space to complete one worksheet. 
   1. ^Ask each ~question~ and ^Provide an ^Honest ~answer~. 
4. ^Organize the answers of several worksheets into a ~table~. 
   1. A header row that may ^Hold a ~name~ for each ~question~. 
   2. ^Give each ~question~ a ^Name, which identifies a column in the ~table~. 
   3. Represent each element in the range in a row of the ~table~. 
   4. Each ~answer~ to a ~question~ for that element is a cell of that row. 

^Table is a mode of ^Write that ~helps~ us ^Gather answers for sake to ^Organize data.  To ^Organize data into tables is an inevitable ~process~ to ^Tackle a large or distributed ~problem~ ~quickly~.  In ^Computer science, we ^Call a ~collection~ of tables a database.  A database is a generic ordinary form of data ~organization~.  However, anytime we ~think~ to add a column or a row, we should ^Consider whether we should ^Ask that ^Question about every element for the range that we are gathering.  And we should ^Consider a ~way~ to do it that does not ^Encourage any ^harm or ~excess~ ~deception~.  ^Consider ~privacy~, ~respect~ and ~PLR~ carefully.  ^Study or ^Explore Third ^Normal Form*. 

Anytime we ^Need to ^Consider many elements in our world or in our ~imagination~ whose information is ^Proper to track and available to us.