Option B: Engineering Physics
Unit Notes
Rotational kinematics (pptx) KEY for problems within above ppt Practice problems worksheet (.docx) KEY (.pdf) Rotational kinematics additional practice questions (pptx) Rotational Dynamics: Torque (pptx) Moment of Inertia (pptx) LAB: Determination of Moment of Inertia (.docx) Angular momentum (pptx) Rotational kinetic energy (pptx) Rotational Mechanics IB Q packet (.docx) KEY B.2 Thermodynamics--all notes can be found in Topic 3: Thermal Physics B.3 Fluids B.4 Forced Vibrations and Resonance Notes: Forced Vibrations and resonance (ppt) More can be found in topic 4: Oscillations and Waves |
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Assessment Statements B.1
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B.1.1
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Define the following: Angular displacement; angular velocity; angular acceleration
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B.1.2
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State the relationship between tangential velocity and angular velocity
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B.1.3
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State the equations of rotational motion for uniform angular acceleration.
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B.1.4
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Solve problems using each of the equations of rotational motion for uniform angular acceleration.
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B.1.5
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Explain, conceptually and quantitatively, the concept of Torque
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B.1.6
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Explain the concept of Moment of Inertia
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B.1.7
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Describe what it means to be in rotational equilibrium and what it means to be in translational equilibrium.
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B.1.8
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State Newton's 2nd law of motion as it applies to rotational motion.
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B.1.9
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Solve problems involving torque, moment of inertia, and angular acceleration
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B.1.10
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Solve problems involving objects in rotational equilibrium and involving objects in translational equilibrium
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B.1.11
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Sketch and interpret graphs showing rotational motion: angular displacement-time, angular velocity-time, and torque-time
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B.1.12
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Solve problems involving rolling without slipping
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B.1.13
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State the law of conservation of angular momentum
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B.1.14
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Solve problems involving angular momentum and the conservation of angular momentum
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B.1.15
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Explain the ideas of rotational kinetic energy and the concept of the conservation of mechanical energy as it applies to linear and rotational systems
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B.1.16
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Solve problems involving rotational kinetic energy and the conservation of mechanical energy for systems that involve, among other forms, rotational kinetic energy
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B.1.17
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Explain the concepts of work and power as it applies to rotational motion
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B.1.18
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Solve problems involving rotational energy, work, and power
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