0
9-3=6
6-3=3
3-3=0
3 4 5 6 The next number is 1 plus the previous number So the pattern rule is the next number is n + 1
the answer is 72.:)
21: (3)+3=(6)+4=(10)+5=(15)+6=(21)
To identify the pattern, we can look at the differences between the numbers: the first difference is +4 (2 to 6), the second is -3 (6 to 3), the third is +5 (3 to 8), the fourth is -2 (8 to 6), and the fifth is +6 (6 to 12). The pattern appears to alternate between adding an increasing number (4, 5, 6) and then subtracting a smaller number (3, 2). Following this pattern, the next operation would be to subtract 1 from 12, resulting in 11. Thus, the next number is 11.
The pattern alternates between two sequences: one decreasing by 1 (18, 13) and the other decreasing by 2 (4, 6). Following this pattern, the next number after 6 should be 3 (6 - 3), and the next number after 13 should be 12 (13 - 1). Thus, the next two numbers in the sequence are 12 and 3.
3 4 5 6 The next number is 1 plus the previous number So the pattern rule is the next number is n + 1
the answer is 72.:)
21: (3)+3=(6)+4=(10)+5=(15)+6=(21)
To identify the pattern, we can look at the differences between the numbers: the first difference is +4 (2 to 6), the second is -3 (6 to 3), the third is +5 (3 to 8), the fourth is -2 (8 to 6), and the fifth is +6 (6 to 12). The pattern appears to alternate between adding an increasing number (4, 5, 6) and then subtracting a smaller number (3, 2). Following this pattern, the next operation would be to subtract 1 from 12, resulting in 11. Thus, the next number is 11.
The pattern alternates between two sequences: one decreasing by 1 (18, 13) and the other decreasing by 2 (4, 6). Following this pattern, the next number after 6 should be 3 (6 - 3), and the next number after 13 should be 12 (13 - 1). Thus, the next two numbers in the sequence are 12 and 3.
34
10.1(+2) 3 (+3) 6 (+4) 10
The pattern in the sequence 3, 6, 12, 21 can be identified by examining the differences between consecutive terms: 6-3=3, 12-6=6, and 21-12=9. The differences (3, 6, 9) are increasing by 3 each time. Continuing this pattern, the next difference would be 12 (9 + 3). Therefore, the next number in the sequence is 21 + 12, which equals 33.
The given pattern appears to alternate between two sequences: one sequence that doubles the previous number (3 to 6 to 12) and another that adds 1 to the previous number (4 to 20). Following this pattern, after 20, the next number in the doubling sequence would be 24, as it continues from 12. Thus, the next number in the pattern is 24.
3
The next number could be 25. +3, +6, +9, +12 etc.
For an integral sequence the next number is 6 (add 5 subtract 7 pattern).