Determine o primeiro termo e a razão da progressão aritmética sabendo que a5 + a6 = 73 e a2 + a8 = 66
Soluções para a tarefa
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Dados:

Cálculo:




Resposta: O primeiro termo é 5 e a razão, 7.
Cálculo:
Resposta: O primeiro termo é 5 e a razão, 7.
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