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# on8 - tion oF momentum For an isolated system Total Points...

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Solution for On-Line Homework 8 Reference Frames I Solution to On-Line Homework Problem 8.1() Problem: In an explosive collision, Select One of the Following: (a) kinetic energy decreases and internal energy in- creases. (b-Answer) kinetic energy increases and internal en- ergy decreases. (c) kinetic energy and internal energy both decrease. (d) kinetic energy and internal energy both increase. (e) kinetic energy and internal energy both stay the same. Solution [b.] kinetic energy increases and internal energy decreases. Total Points for Problem: 1 Points Solution to On-Line Homework Problem 8.2() Problem: Is the total linear momentum of an isolated system con- served in every inertial reference frame? Select One of the Following: (a-Answer) yes 1

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(b) no Solution Yes! This is pretty much the definition of an inertia refer-
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Unformatted text preview: tion oF momentum For an isolated system. Total Points for Problem: 1 Points Solution to On-Line Homework Problem 8.3() Problem: What is the behavior oF total energy and total linear momentum in an inertial reFerence Frame (For an isolated system)? Select One oF the ±ollowing: (a) Total linear momentum is not conserved, while total energy is conserved. (b) Total energy is not conserved while total linear momentum is conserved. (c-Answer) Both total energy and total linear mo-mentum are conserved. (d) No conclusions can be drawn From given inFor-mation. (e) Toby-nope that is only ever the answer in UPII. 2 Solution [c.] Both total energy and total linear momentum are con-served. Total Points for Problem: 1 Points 3...
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