1 x 18 = 18
2 x 18 = 36
3 x 18 = 54
4 x 18 = 72
5 x 18 = 90
6 x 18 = 108
7 x 18 = 126
8 x 18 = 144
9 x 18 = 162
10 x 18 = 180
11 x 18 = 198
12 x 18 = 216
13 x 18 = 234
14 x 18 = 252
15 x 18 = 270
16 x 18 = 288
17 x 18 = 306
18 x 18 = 324
19 x 18 = 342
20 x 18 = 360
To find what in the 12 times tables makes 240, you can divide 240 by 12. This calculation shows that 240 is equal to 12 times 20, since ( 12 \times 20 = 240 ). Thus, the number in the 12 times tables that results in 240 is 20.
18 times 20 equals 360.
No, 99 is not in the 6 times tables. The multiples of 6 are 6, 12, 18, 24, and so on, increasing by 6 each time. Since 99 is not divisible by 6 without a remainder, it does not appear in the 6 times tables.
Because certain times tables always end in particular numbers. The numbers in the 10 times tables always end with a 0 e.g 10, 20, 30... The number in the 5 times tables always end with a 0 or 5 e.g. 5, 10, 15... The 2, 4, 6, 8 times tables will always end in even numbers. The 1 times table is obvious. The 9 times table always has digits that sum to 9 e.g. 9, 18, 27... The hardest times table is usually considered to be the 7 times table to learn as their is no obvious pattern to the numbers.
360
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18
18 times 50 is 90
18 times 20 equals 360.
3 x 20 = 60.
9, 18 etc.
4 x 18 = 72
Yes because 6 times 20 = 120
It goes in 18 times.
Um about 20 seconds.
No, 99 is not in the 6 times tables. The multiples of 6 are 6, 12, 18, 24, and so on, increasing by 6 each time. Since 99 is not divisible by 6 without a remainder, it does not appear in the 6 times tables.
Because certain times tables always end in particular numbers. The numbers in the 10 times tables always end with a 0 e.g 10, 20, 30... The number in the 5 times tables always end with a 0 or 5 e.g. 5, 10, 15... The 2, 4, 6, 8 times tables will always end in even numbers. The 1 times table is obvious. The 9 times table always has digits that sum to 9 e.g. 9, 18, 27... The hardest times table is usually considered to be the 7 times table to learn as their is no obvious pattern to the numbers.