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22.611J, 6.651J, 8.613J Introduction to... Problem Set #4
22.611J, 6.651J, 8.613J Introduction to... Problem Set #4
22.313J, 2.59J, 10.536J Tuesday, April 3 , 2007, 2:00 – 3:30 p.m.
22.313J, 2.59J, 10.536J Tuesday, April 3 , 2007, 2:00 – 3:30 p.m.
22.313J, 2.59J, 10.536J OPEN BOOK MID-TERM QUIZ (solutions) 1.5 HOURS
22.313J, 2.59J, 10.536J OPEN BOOK MID-TERM QUIZ (solutions) 1.5 HOURS
22.103 Microscopic Theory of Transport (Fall 2003) Lecture 3 (9/12/03)
22.103 Microscopic Theory of Transport (Fall 2003) Lecture 3 (9/12/03)
22.103 Microscopic Theory of Transport (Fall 2003) Lecture 1 (9/8/03) _______________________________________________________________________
22.103 Microscopic Theory of Transport (Fall 2003) Lecture 1 (9/8/03) _______________________________________________________________________
22.05 Neutron Science and Reactor Physics Exam 2 (Fall 2008)
22.05 Neutron Science and Reactor Physics Exam 2 (Fall 2008)
1. A process model is: A. The output of the interviewing process B
1. A process model is: A. The output of the interviewing process B
1-10
1-10
1) Name the three subatomic particles and their charge? Protons
1) Name the three subatomic particles and their charge? Protons
1) Let denote:
1) Let denote:
1%r So’(’S Mccr’ 2
1%r So’(’S Mccr’ 2
1 We discuss the expected overflow in a finite dam model... equations with separable kernels. For this class of master equations...
1 We discuss the expected overflow in a finite dam model... equations with separable kernels. For this class of master equations...
1 The basic equations of fluid dynamics
1 The basic equations of fluid dynamics
1 steady magnetohydrodynamic visco-elastic heat generating
1 steady magnetohydrodynamic visco-elastic heat generating
1 States of matter
1 States of matter
1 Short History
1 Short History
1 Scaling laws - Caltech Particle Theory
1 Scaling laws - Caltech Particle Theory
1 PV PV = / / V T b V T = =
1 PV PV = / / V T b V T = =
1 Productivity Figure 1 Items in the production system Figure 1
1 Productivity Figure 1 Items in the production system Figure 1
1 Performance 4. Fluid Statics, Dynamics, and Airspeed Indicators
1 Performance 4. Fluid Statics, Dynamics, and Airspeed Indicators
1 Pascal`s Principal
1 Pascal`s Principal
1 Nonlinear resonance conditions
1 Nonlinear resonance conditions
1 Manjak Nibron Haggai A study of entire Transcendental Function
1 Manjak Nibron Haggai A study of entire Transcendental Function
1 Lecture Notes on Fluid Dynamics (1.63J/2.21J) by Chiang C. Mei, 2002
1 Lecture Notes on Fluid Dynamics (1.63J/2.21J) by Chiang C. Mei, 2002