HP 50G

Page M-2
3: Fluids (29, 29)
1: Pressure at Depth (1, 4) 3: Flow with Losses (10, 17)
2: Bernoulli Equation (10, 15) 4: Flow in Full Pipes (8, 19)
4: Forces and Energy (31, 36)
1: Linear Mechanics (8, 11) 5: ID Elastic Collisions (2, 5)
2: Angular Mechanics (12, 15) 6: Drag Force (1, 5)
3: Centripetal Force (4, 7) 7: Law of Gravitation (1, 4)
4: Hooke’s Law (2, 4) 8: Mass–Energy Relation (4, 9)
5: Gases (18, 26)
1: Ideal Gas Law (2, 6) 5: Isentropic Flow (4, 10)
2: Ideal Gas State Change (1, 6) 6: Real Gas Law (2, 8)
3: Isothermal Expansion (2, 7) 7: Real Gas State Change (1, 8)
4: Polytropic Processes (2, 7) 8: Kinetic Theory (4, 9)
6: Heat Transfer (17, 31)
1: Heat Capacity (2, 6) 5: Conduction and
2: Thermal Expansion (2, 6) Convection (4, 14))
3: Conduction (2, 7) 6: Black Body Radiation (5, 9)
4: Convection (2, 6)
7: Magnetism (4, 14)
1: Straight Wire (1,5) 3: B Field in Solenoid (1, 4)
2: Force Between Wires (1, 6) 4: Field in Toroid (1, 6)
8: Motion (22, 24)
1: Linear Motion (4, 6) 5: Circular Motion (3, 5)
2: Object in Free Fall (4, 5) 6: Terminal Velocity (1, 5)
3: Projectile Motion (5, 10) 7: Escape Velocity (1, 14)
4: Angular Motion (4, 6)