Math Problem Statement
Benda m1 = 3 kg bergerak di atas bidang datar licin. Benda tersebut menumbuk benda m2 yang diam (massa m2 = 2 kg). Setelah tumbukan, m2 bergerak dan mengenai pegas seperti pada gambar hingga pegas memendek 16 cm. Bila konstanta pegas k = 800 N/m dan koefisien tumbukan 1/3, tentukan: a. kecepatan m1 sebelum dan sesudah tumbukan b. kerja oleh gaya pegas. jelaskan secara rinci dengan menggunakan bahasa indonesia
Solution
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Math Problem Analysis
Mathematical Concepts
Momentum Conservation
Collision Coefficient
Spring Potential Energy
Formulas
Momentum conservation: m1v1 = m1v1' + m2v2'
Coefficient of restitution: e = (v2' - v1') / v1
Spring potential energy: W_spring = 1/2 k x^2
Theorems
Law of Conservation of Momentum
Restitution Coefficient Theory
Energy Conservation in Springs
Suitable Grade Level
Grades 11-12 (High School Physics)
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