An automated logistics drone starts an operation at Cycle with an initial battery charge of and a payload mass of . At the end of each subsequent cycle (where ), the payload mass decreases by according to , and the remaining battery charge updates according to the state transition rule . Match each operational cycle on the left with its exact state at the end of that cycle on the right.
- End of Cycle 1
- End of Cycle 2
- End of Cycle 3
- End of Cycle 4
Cevap
End of Cycle 1 matches with C_1 = 87.0%, P_1 = 32 kg; End of Cycle 2 matches with C_2 = 75.6%, P_2 = 24 kg; End of Cycle 3 matches with C_3 = 65.8%, P_3 = 16 kg; End of Cycle 4 matches with C_4 = 57.6%, P_4 = 8 kg.
Each cycle follows the recursive state equations P_k = P_{k-1} - 8 and C_k = C_{k-1} - (5 + 0.2 P_{k-1}). Evaluating step by step yields the exact matching pairs for all four cycles.
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Anahtar Kavram
Sequential Process and Recursive State Transition Tracking
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