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Force, energy and power | 285 |
Inertia | 285 |
Mass | 286 |
Momentum | 286 |
Impulse | 286 |
Kinetic energy | 287 |
To calculate the force of a blow | 288 |
Formulas for force, acceleration and motion | 288 |
Centers | 292 |
Moments | 292 |
Levers | 292 |
Radius of gyration | 293 |
Moment of inertia | 293 |
Polar moment of inertia | 297 |
Angular velocity | 299 |
Centrifugal force | 302 |
Friction | 303 |
Coefficient of friction | 304 |
Rolling friction | 304 |
Axle friction | 305 |
Horse-power absorbed by friction in bearings | 305 |
Angle of friction | 306 |
Rules for friction | 306 |
Table of coefficient of friction | 306 |
Friction in machinery | 306 |
Pulley blocks | 307 |
Friction in pulley blocks | 307 |
Differential pulley blocks | 308 |
Inclined plane | 308 |
Screws | 311 |
The parallelogram of forces | 316 |
Horse-power | 317 |
To calculate the horse-power of a steam engine | 317 |
To calculate the horse-power of a compound or triple
expansion engine | 317 |
To judge approximately the horse-power which may be
developed by any common single cylinder engine | 318 |
Horse-power of waterfalls | 318 |
Animal power | 318 |
Hauling a load | 318 |
Power of man | 319 |
Power required to drive various kinds of machinery | 319 |
Speed of machinery | 320 |
Calculating sizes of pulleys | 321 |
To calculate the speed of gearing | 322 |
Efficiency of machinery | 322 |
Crane hooks and chain links | 323 |
Cranes | 324 |
Proportions of a two-ton derrick | 324 |
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