Question: A science fiction writer models the energy output $ E(t) $ of a fusion reactor on Mars as a cubic polynomial satisfying $ E(1) = 20 $, $ E(2) = 58 $, $ E(3) = 132 $, and $ E(4) = 26^3 $. Find $ E(0) $. - AMAZONAWS

📅 March 11, 2026 👤 scraface

Mar 11, 2026

Question: A science fiction writer models the energy output $ E(t) $ of a fusion reactor on Mars as a cubic polynomial satisfying $ E(1) = 20 $, $ E(2) = 58 $, $ E(3) = 132 $, and $ E(4) = 26^3 $. Find $ E(0) $.