Answer: 6, 3, 0, -3, . . .
Each term is obtained by adding \(d\) to the previous term: \(t_1 = a\), \(t_2 = a + d\), \(t_3 = a + 2d\), \(t_4 = a + 3d\).
\(t_1 = 6\), \(t_2 = 3\), \(t_3 = 0\), \(t_4 = -3\)
So the A.P. is 6, 3, 0, -3, . . .
Answer: 6, 3, 0, -3, . . .
Each term is obtained by adding \(d\) to the previous term: \(t_1 = a\), \(t_2 = a + d\), \(t_3 = a + 2d\), \(t_4 = a + 3d\).
\(t_1 = 6\), \(t_2 = 3\), \(t_3 = 0\), \(t_4 = -3\)
So the A.P. is 6, 3, 0, -3, . . .
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