{"commentics_url":"\/\/www.intelligencetest.com\/comsys\/","page_id":1470,"enabled_country":false,"country_id":0,"enabled_state":false,"state_id":0,"enabled_upload":false,"maximum_upload_amount":3,"maximum_upload_size":5,"maximum_upload_total":5,"securimage":false,"securimage_url":"\/\/www.intelligencetest.com\/comsys\/3rdparty\/securimage\/securimage_show.php?namespace=cmtx_1470","cmtx_wait_for_comment":"cmtx_wait_for_comment","lang_error_file_num":"A maximum of %d files are allowed to be uploaded","lang_error_file_size":"Please upload files no bigger than %d MB in size","lang_error_file_total":"The total size of all files must be less than %d MB","lang_error_file_type":"Only image file types are allowed to be uploaded","lang_text_loading":"Loading ..","lang_placeholder_country":"Country","lang_placeholder_state":"State","lang_text_country_first":"Please select a country first","lang_button_submit":"Add Comment","lang_button_preview":"Preview","lang_button_remove":"Remove","lang_button_processing":"Please Wait.."}
Comments (5)
Sort By
Topic:matrices: three by three matrices
5/5 (3)
New
W
1
1
1
Mar 2024
Wsays...
Think of all tables as 1 and each shape must appear in all columns and rows
It's like the sudoku effect, each square contains the position of the general figure, and it must be located in every square of the 9 sudoku squares. If you draw a big sudoku pattern of 9 squares on a separate piece of paper, fill it out with each sign in that square and see where the sign is missing. That will be your answer.
Works out to be answer C, as the missing parts complete the sudoku pattern
{"commentics_url":"\/\/www.intelligencetest.com\/comsys\/","page_id":1470,"is_permalink":false,"lang_text_view":"View","lang_text_reply":"reply","lang_text_replies":"replies","lang_text_replying_to":"You are replying to","lang_title_cancel_reply":"Cancel this reply","lang_link_cancel":"[Cancel]","lang_text_not_replying":"You are not replying to anyone","lang_button_loading":"Loading..","lang_button_more":"More Comments","date_auto":true,"show_pagination":true,"pagination_type":"button","timeago_suffixAgo":"ago","timeago_inPast":"a moment","timeago_seconds":"less than a minute","timeago_minute":"a minute","timeago_minutes":"%d minutes","timeago_hour":"an hour","timeago_hours":"%d hours","timeago_day":"a day","timeago_days":"%d days","timeago_month":"a month","timeago_months":"%d months","timeago_year":"a year","timeago_years":"%d years"}
Comments (5)
Think of all tables as 1 and each shape must appear in all columns and rows
It's like the sudoku effect, each square contains the position of the general figure, and it must be located in every square of the 9 sudoku squares. If you draw a big sudoku pattern of 9 squares on a separate piece of paper, fill it out with each sign in that square and see where the sign is missing. That will be your answer.
Works out to be answer C, as the missing parts complete the sudoku pattern
'Figure C' is NOT the correct solution !
neither is 'figure A,B,D,E,or F' that are offered !
The 'correct solution' is as follows -
'triangle shape' at 'centre row' and 'centre column' !!!
This conforms to 'triangle Rule' > 'different rows, but 2 in same column'
'circle shape' at 'top row' and 'left column', as in 'figure's C and F'
'star shape' at 'bottom row' and 'left column', as in 'figure's C and F'
Alternative 'triangle shape' at 'bottom row' and 'left column' would also
conform to 'triangle Rule' > 'different columns, but 2 in same row'
However, 'star shape' is required to occupy that location.
Each shape must appear in every bucket of the matrix.
All cells in all the mini matrices contain at least one instance of each shape.