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A diatomic molecule can be modeled as two point masses, m1 and m2, slightly separated. If the molecule is oriented along the y-axis, it has kinetic energy K when it spins about the x-axis. What will its kinetic energy (in terms of K) be if it spins at the same angular speed about the z-axis? 0 K/2 О к 2K Your answer m₁ Explain your reasoning. * 0 OK/2 Ок Z What will the kinetic energy of the molecule (in terms of K) be if it spins at the same angular speed about the y-axis instead? 2K m2

A diatomic molecule can be modeled as two point masses, m1 and m2, slightly separated. If the molecule is oriented along the y-axis, it has kinetic energy K when it spins about the x-axis. What will its kinetic energy (in terms of K) be if it spins at the same angular speed about the z-axis? 0 K/2 О к 2K Your answer m₁ Explain your reasoning. * 0 OK/2 Ок Z What will the kinetic energy of the molecule (in terms of K) be if it spins at the same angular speed about the y-axis instead? 2K m2

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**Text Description:** A diatomic molecule can be modeled as two point masses, \( m_1 \) and \( m_2 \), slightly separated. If the molecule is oriented along the y-axis, it has kinetic energy \( K \) when it spins about the x-axis. What will its kinetic energy (in terms of \( K \)) be if it spins at the same angular speed about the z-axis? **Diagram Explanation:** The diagram shows a 3D coordinate system with axes labeled as x, y, and z. Two point masses, \( m_1 \) and \( m_2 \), are depicted along the y-axis, slightly separated from each other. The line connecting these two masses is shown in blue. **Multiple Choice Question:** - What will the kinetic energy of the molecule (in terms of \( K \)) be if it spins at the same angular speed about the z-axis? - 0 - \( K/2 \) - \( K \) - \( 2K \) *Explain your reasoning.* Your answer **Additional Multiple Choice Question:** What will the kinetic energy of the molecule (in terms of \( K \)) be if it spins at the same angular speed about the y-axis instead? - 0 - \( K/2 \) - \( K \) - \( 2K \) *Explain your reasoning.* Your answer
Transcribed Image Text:**Text Description:** A diatomic molecule can be modeled as two point masses, \( m_1 \) and \( m_2 \), slightly separated. If the molecule is oriented along the y-axis, it has kinetic energy \( K \) when it spins about the x-axis. What will its kinetic energy (in terms of \( K \)) be if it spins at the same angular speed about the z-axis? **Diagram Explanation:** The diagram shows a 3D coordinate system with axes labeled as x, y, and z. Two point masses, \( m_1 \) and \( m_2 \), are depicted along the y-axis, slightly separated from each other. The line connecting these two masses is shown in blue. **Multiple Choice Question:** - What will the kinetic energy of the molecule (in terms of \( K \)) be if it spins at the same angular speed about the z-axis? - 0 - \( K/2 \) - \( K \) - \( 2K \) *Explain your reasoning.* Your answer **Additional Multiple Choice Question:** What will the kinetic energy of the molecule (in terms of \( K \)) be if it spins at the same angular speed about the y-axis instead? - 0 - \( K/2 \) - \( K \) - \( 2K \) *Explain your reasoning.* Your answer
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