This mathematics problem involves applying core mathematical principles and formulas. Below you will find a complete step-by-step solution with detailed explanations for each step, helping you understand not just the answer but the method behind it.
ScanSolve AI Answer
Here are the patterns for each sequence in Table 3: Sequence 1: Pattern: The sequence consists of squares made of smaller unit squares. The side length of the square increases by one unit in each step. Rule: The n-th shape in the sequence is an n × n square. The number of unit squares in each shape is the square of its position in the sequence (n^2). Next Shape: The next shape would be a 4 × 4 square, containing 16 unit squares. Why: Yes, the next shape can be drawn because the pattern is consistent: the side length of the square increases by 1 unit for each subsequent shape. Sequence 2: Pattern: The sequence consists of a single triangle, and its orientation alternates. Rule: The shape is always a single triangle. Its orientation alternates between pointing upwards and pointing downwards. Next Shape: The next shape would be a single triangle pointing upwards. Why: Yes, the next shape can be drawn because the pattern is a clear alternation of the triangle's orientation. Sequence 3: Pattern: The sequence consists of a horizontal row of circles. The number of circles in the row increases by one in each step. Rule: The n-th shape in the sequence is a row of n circles. The number of circles in the row is equal to its position in the sequence. Next Shape: The next shape would be a row of 5 circles. Why: Yes, the next shape can be drawn because the pattern is consistent: one additional circle is added to the row for each subsequent shape.

