120 x 1
60 x 2
40 x 3
30 x 4
24 x 5
20 x 6
15 x 8
12 x 10
1234780979
you can have 5 24 objects to 120
20(6)
28.5 % = 0.285; "of" in words corresponds to multiplication; 120(0.285) = 34.2.
120 ABCDE , there are 120 ways these five letters can be rearranged.
You can add a zero to them (multiply them by 10). 1 x 12 2 x 6 3 x 4 10 x 12 20 x 6 30 x 4 40 x 3 60 x 2 120 x 1
1234780979
15x2x10
you can have 5 24 objects to 120
12 is the multiplier and 10 is the multiplicand. The product is 120.
20(6)
120 5x4x3x2x1=120
28.5 % = 0.285; "of" in words corresponds to multiplication; 120(0.285) = 34.2.
120 ABCDE , there are 120 ways these five letters can be rearranged.
To find the factors that multiply to 720, you can start by breaking it down into its prime factors. The prime factorization of 720 is (2^4 \times 3^2 \times 5^1). To form different multiplication combinations, you can pair these factors in various ways, such as (10 \times 72) or (8 \times 90). You can also explore combinations of the prime factors, like (2 \times 360) or (6 \times 120).
(144,1)(72,2)(48,3)(36,4)(24,6)(18,8)(16,9)
William Arthur Brownell has written: 'Learning the multiplication combinations' -- subject(s): Multiplication, Psychology of Learning