The number 49 appears in the times tables as the result of multiplying 7 by 7 (7 x 7 = 49). It is also found in the times tables of 1 (1 x 49 = 49) and 49 itself (49 x 1 = 49). Additionally, it can be derived from 49 divided by 7 (49 ÷ 7 = 7), showing its relationship with the number 7.
7 times 7 = 49 or 1 times 49 = 49
1 x 49 7 x 7
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.
No. The 7 times table goes like this 7 14 21 28 35 42 49 56 63 70 77 84 so no 40 is not in the 7 times tables but there is 2 numbers in the 7 times tables that is in the 40s.
They are 7 times 49 = 343
No, 49 is in the 7 times tables.
7 times 7 = 49 or 1 times 49 = 49
1 x 49 7 x 7
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.
No. The 7 times table goes like this 7 14 21 28 35 42 49 56 63 70 77 84 so no 40 is not in the 7 times tables but there is 2 numbers in the 7 times tables that is in the 40s.
1 x 49, 7 x 7, 49 x 1
40 times 9 = 360
They are 7 times 49 = 343
In the times tables, 98 can be obtained by multiplying 14 by 7 (14 x 7 = 98) or by multiplying 49 by 2 (49 x 2 = 98). Additionally, it can also be expressed as 98 x 1 or 98 x 0.5 if considering fractions. These combinations demonstrate how 98 can be represented in multiplication.
Well, honey, to get 49, you multiply 7 by 7. It's as simple as that. So, if you can't figure that out, you might need to brush up on your times tables.
4*7 1*28 2*14 etc
Because they are tables of the numbers that are the result of "times"-ing a number.