Series and Parallel C (2, 7)

512

Series and Parallel L (2, 8)

513

Capacitive Energy (2, 9)

513

Inductive Energy (2, 10)

513

RLC Current Delay (2, 11)

514

DC Capacitor Current (2, 12)

514

Capacitor Charge (2, 13)

514

DC Inductor Voltage (2, 14)

515

RC Transient (2, 15)

515

RL Transient (2, 16)

515

Resonant Frequency (2, 17)

516

Plate Capacitor (2, 18)

516

Cylindrical Capacitor (2,19)

516

Solenoid Inductance (2, 20)

517

Toroid Inductance (2, 21)

517

Sinusoidal Voltage (2, 22)

518

Sinusoidal Current (2, 23)

518

Fluids (3)

518

Pressure at Depth (3, 1)

519

Bernoulli Equation (3, 2)

519

Flow with Losses (3, 3)

520

Flow in Full Pipes (3, 4)

521

Forces and Energy (4)

521

Linear Mechanics (4, 1)

522

Angular Mechanics (4, 2)

523

Centripetal Force (4, 3)

523

Hooke’s Law (4, 4)

523

1D Elastic Collisions (4, 5)

524

Drag Force (4, 6)

524

Law of Gravitation (4, 7)

524

MassEnergy Relation (4, 8)

524

Gases (5)

525

Ideal Gas Law (5, 1)

525

Ideal Gas State Change (5, 2)

526

Isothermal Expansion (5, 3)

526

Polytropic Processes (5, 4)

526

Isentropic Flow (5, 5)

526

Real Gas Law (5, 6)

527

Real Gas State Change (5, 7)

527

Kinetic Theory (5, 8)

528

Heat Transfer (6)

528

Heat Capacity (6, 1)

529

Thermal Expansion (6, 2)

529

Conduction (6, 3)

529

Convection (6, 4)

530

Conduction + Convection (6, 5)

530

Black Body Radiation (6, 6)

531

Magnetism (7)

531

Straight Wire (7, 1)

532

Force between Wires (7, 2)

532

Magnetic (B) Field in Solenoid (7, 3)

533

Magnetic (B) Field in Toroid (7, 4)

533

Motion (8)

534

Linear Motion (8, 1)

535

Object in Free Fall (8, 2)

535

Projectile Motion (8, 3)

535

 

Contents 17

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Image 21
HP 48gII Graphing, 50g Graphing manual 514