i will go up to 15 times 13013263952657891104117130143156169182195
There are many tricks to learning multiplication tables. One is the rhyme '8 times 8 fell on the floor and when it woke up it was 64'. Another is to know that all the nine multiplication tables add up to 9 up to 9 times 10.
The area of each table is (pi)(302) square inches or about 2827.4 square inches.You would divide that into 200 square feet, which is 28800 square inches, and find that you could fit the area of a 60-inch table 10.18 times in a 200 square foot area.But, since there is insufficient space to benefit from arranging the tables, each table is going to take up more or less a 5 foot square area (60 inches by 60 inches). For an area of 10 x 20 feet, you would fit 8 tables (2 rows of 4) and for an area 5 x 40 feet, again 8 tables (1 row of 8).Only if the area is irregularly shaped could you fit 9 tables, and only if it had curved boundaries could you fit 10 tables.
Whan I went to school (Decades ago) we had the 12 times tables we went from 1 x1 = 2. 1 x 2 + 2 and all the way through the numbers multiplying each number by 1 and right up to 12 I guess the 22 times tables are like that except they go from 1 up to 22.
The fact that the tables are round is a distraction as (since most rooms are rectangular) each table would have to fit in a square 48 inches by 48 inches (or 4 foot by 4 foot). This means that each table will take up 4*4 = 16 square feet. If you divide 16 into 600 you come up with 37.5 tables so in theory you could fit 37 tables into it. However, if the room was 1 foot wide and 600 feet long you would not be able to fit any tables into it. Only if the room was irregularly shaped could you fit the maximum number of 4 ft round tables, each of which has the area (pi)(22) or about 12.57 square feet. A total area of 600 square feet would fit the "area" of 47.75 of the tables. By arranging the tables in staggered rows, a rectangular room could fit between 37 and 42 tables, depending on the room width.
900
They do not necessarily do so. It depends on the country and school. I learned them to 10 times but for tables up to 30!
When I was growing up, we had to memorize the full set of multiplication tables from 1 to 12. Multiplication Tables are standard 1 to 12 (not 1 to 100). Students must learn the times tables for 1 to 12, before they can apply those tables for 13 through to any number.You can find Multiplication Tables 1-12 online or as charts for sale. Or, do what we did as kids: make your own chart and color or decorate the chart.
i will go up to 15 times 13013263952657891104117130143156169182195
4x800=3200
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If going up to 12 times, then 56 is in the 7 times and 8 times tables.
Enfinty, forever it is endless. as long as numbers go the times tables will follow! Hope this helped! Little Dictionairy xx
There are many tricks to learning multiplication tables. One is the rhyme '8 times 8 fell on the floor and when it woke up it was 64'. Another is to know that all the nine multiplication tables add up to 9 up to 9 times 10.
9, 18 etc.
The area of each table is (pi)(302) square inches or about 2827.4 square inches.You would divide that into 200 square feet, which is 28800 square inches, and find that you could fit the area of a 60-inch table 10.18 times in a 200 square foot area.But, since there is insufficient space to benefit from arranging the tables, each table is going to take up more or less a 5 foot square area (60 inches by 60 inches). For an area of 10 x 20 feet, you would fit 8 tables (2 rows of 4) and for an area 5 x 40 feet, again 8 tables (1 row of 8).Only if the area is irregularly shaped could you fit 9 tables, and only if it had curved boundaries could you fit 10 tables.
Whan I went to school (Decades ago) we had the 12 times tables we went from 1 x1 = 2. 1 x 2 + 2 and all the way through the numbers multiplying each number by 1 and right up to 12 I guess the 22 times tables are like that except they go from 1 up to 22.