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27. Let f be the fraction of the incident beam intensity that is
27. Let f be the fraction of the incident beam intensity that is
26287077
26287077
26. Euler’s Angles Introduction
26. Euler’s Angles Introduction
250 5-1 EXPERIMENT 5
250 5-1 EXPERIMENT 5
250 8-1 EXPERIMENT 8 CONSERVATION OF LINEAR MOMENTUM
250 8-1 EXPERIMENT 8 CONSERVATION OF LINEAR MOMENTUM
250 7-1 EXPERIMENT 7 BALLISTIC PENDULUM
250 7-1 EXPERIMENT 7 BALLISTIC PENDULUM
250 2-1 I. THEORY
250 2-1 I. THEORY
25.1 Physics 6C Special Relativity
25.1 Physics 6C Special Relativity
25. Rigid Body Moving Freely
25. Rigid Body Moving Freely
25 Lecture 11-25 25.1 Chapter 11 Coupled Oscillators and Normal Modes
25 Lecture 11-25 25.1 Chapter 11 Coupled Oscillators and Normal Modes
23Akinfiev
23Akinfiev
23. Motion of a Rigid Body: the Inertia Tensor
23. Motion of a Rigid Body: the Inertia Tensor
23 Lecture 11-20 23.1 Chapter 8 Two-Body Central Force Problem (con)
23 Lecture 11-20 23.1 Chapter 8 Two-Body Central Force Problem (con)
23 APPENDIX 2: ADDED MASS VIA LAGRANGIAN DYNAMICS
23 APPENDIX 2: ADDED MASS VIA LAGRANGIAN DYNAMICS
Electric Potential: Physics Chapter on Potential & Energy
Electric Potential: Physics Chapter on Potential & Energy
2210-90 Exam 1
2210-90 Exam 1
2210-90 Exam 1
2210-90 Exam 1
2210-90 Exam 1
2210-90 Exam 1
2210-90 Exam 1
2210-90 Exam 1
2210-90 Exam 1
2210-90 Exam 1
22.615, MHD Theory of Fusion Systems Prof. Freidberg
22.615, MHD Theory of Fusion Systems Prof. Freidberg
22.54 Neutron Interactions and Applications (Spring 2004) Chapter 8 (3/2/04)
22.54 Neutron Interactions and Applications (Spring 2004) Chapter 8 (3/2/04)
22.106 Neutron Interactions and Applications (Spring 2005) Lecture 12 (3/31/05)
22.106 Neutron Interactions and Applications (Spring 2005) Lecture 12 (3/31/05)
22.103 Microscopic Theory of Transport (Fall 2003) Problem Set No. 4
22.103 Microscopic Theory of Transport (Fall 2003) Problem Set No. 4