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Find the first five terms of the sequence defined below, where nn represents the position of a term in the sequence. Start with n=1n = 1.\newlinean=−8n−6a_n = -8n - 6\newline_____, _____, _____, _____, _____

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Q. Find the first five terms of the sequence defined below, where nn represents the position of a term in the sequence. Start with n=1n = 1.\newlinean=−8n−6a_n = -8n - 6\newline_____, _____, _____, _____, _____
  1. Find a1a_1: Determine the first term of the sequence, a1a_1. To find a1a_1, substitute n=1n = 1 into the formula an=−8n−6a_n = -8n - 6. a1=−8(1)−6a_1 = -8(1) - 6 a1=−8−6a_1 = -8 - 6 a1=−14a_1 = -14
  2. Find a2a_2: Determine the second term of the sequence, a2a_2. To find a2a_2, substitute n=2n = 2 into the formula an=−8n−6a_n = -8n - 6. a2=−8(2)−6a_2 = -8(2) - 6 a2=−16−6a_2 = -16 - 6 a2=−22a_2 = -22
  3. Find a3a_3: Determine the third term of the sequence, a3a_3. To find a3a_3, substitute n=3n = 3 into the formula an=−8n−6a_n = -8n - 6. a3=−8(3)−6a_3 = -8(3) - 6 a3=−24−6a_3 = -24 - 6 a3=−30a_3 = -30
  4. Find a4a_4: Determine the fourth term of the sequence, a4a_4. To find a4a_4, substitute n=4n = 4 into the formula an=−8n−6a_n = -8n - 6. a4=−8(4)−6a_4 = -8(4) - 6 a4=−32−6a_4 = -32 - 6 a4=−38a_4 = -38
  5. Find a5a_5: Determine the fifth term of the sequence, a5a_5. To find a5a_5, substitute n=5n = 5 into the formula an=−8n−6a_n = -8n - 6. a5=−8(5)−6a_5 = -8(5) - 6 a5=−40−6a_5 = -40 - 6 a5=−46a_5 = -46

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