Category: Children & Young Adult Reading

Motors

The Water Fall. Water moves in One Direction only. What is Energy. Stored or Potential Energy. Kinetic Energy. Friction. Resistance. Inertia. The Law of Bodies. Internal and External Resistance. Momentum. Energy Indestructible. Wind Power. Rectilinear Motion. Oscillating Motio...

Chapters

1. Chapter I. Motors and Motive Power 5-21

The Water Fall. Water moves in One Direction only. What is Energy. Stored or Potential Energy. Kinetic Energy. Friction. Resistance. Inertia. The Law of Bodies. Internal and Ext...

2. Chapter II. The Steam Generator 22-31

Water as an absorbent of Heat. Classification of Boilers. Mode of applying Heat. The Cylindrical Boiler. The Cornish Boiler. The Water Tube Boiler. Various Boiler Types. Compoun...

3. Chapter III. Steam Engines 32-59

The Original Turbine Engine. The Reciprocating Engine. Atmospheric Engine. The Piston. Importance of the Valve. Expanding the Steam. Balanced Valve. Rotary Valve. Engine Accesso...

4. Chapter IV. Fuels and Combustion 60-67

Solid Fuels. Liquid Fuels. Combustion. Oxidation. The Hydro-Carbon Gases. Oxygen and the Atmosphere. Internal Combustion. Vaporizing Fuel. Explosion by Heat Compression. How Com...

5. Chapter V. The Internal Combustion Engine 68-82

Fixed Gases. Gas Engines. Energy of Carbon and Hydrogen. The Two-Cycle Type. Advantages of the Two-Cycle Engine. The Four-Cycle Engine. The Four Cycles. Ignition Point. Advantag...

6. Chapter VI. Carbureters 83-101

Functions of a Carbureter. Rich Mixtures. Lean Mixtures. Types of Carbureters. The Sprayer. The Surface Type. Governing a Carbureter. Primary Air. Needle Valve. Secondary Air. R...

7. Chapter VII. Ignition, Low Tension System 102-120

Electricity. Magnetism. The Armature. Characteristics of Electricity. Make and Break System. Voltage. High and Low Voltage. Low Tension method. Disadvantages of Make and Break....

8. Chapter VIII. Ignition, High Tension 121-140

Magnetos. Alternating Current. Cutting Lines of Force. Plurality of Loops. The Electro Magnet. The Dynamo Form. The Magneto Form. Advantages of the Magneto. Induction Coil. Chan...

9. Chapter IX. Mechanical Devices Utilized in Power 141-157

10. Chapter X. Valves and Valve Fittings 158-171

11. Chapter XI. Cams and Eccentrics 172-178

12. Chapter XII. Gears and Gearing 179-190

13. Chapter XIII. Special Types of Engines 191-201

14. Chapter XIV. Enginery in the Development of the Human Race 202-207

Power in Transportation. Power vs. Education and the Arts. Lack of Power in the Ancient World. The Early Days of the Republic. Lack of Cohesiveness in Countries Without Power. T...

15. Chapter XV. The Energy of the Sun, and How Heat is Measured 208-216

1. Undershot Wheel 13 2. Overshot Wheel 14 3. Primitive Boiler 24 4. Return Tubular Boiler 25 5. Cornish, or Scotch Boiler 25 6. Water Tube Boiler. End view 27 7. Water Tube Boi...

16. CHAPTER I

The Water Fall.--Go with me to the little stream I have in mind, and stand on the crest of the hill where we can see the water pouring down over the falls, and watch it whirling...

17. CHAPTER II

The most widely known and utilized source of power is the steam engine. Before its discovery wind and water were the only available means, except the muscular power of man, hors...

18. CHAPTER III

The first steam engine was an exceedingly simple affair. It had neither eccentric, cylinder, crank, nor valves, and it did not depend upon the pressure of the steam acting again...

19. CHAPTER IV

Neither coal nor petroleum will burn in its native state, without the addition of oxygen. This is absolutely necessary to support combustion. Burning is caused by the chemical u...

20. CHAPTER V

It will be observed that in a steam engine the heat is developed outside of the cylinders and the latter used solely for the purpose of taking the steam and utilizing it, by cau...

21. CHAPTER VI

The product of the carbureter is a mixture of gasoline vapor and air, not a gas. A gas, as explained, is of such a character that it remains fixed and will not stratify or conde...

22. CHAPTER VII

Electricity, that subtle force, which manifests itself in so many ways, is nevertheless beyond the power of man to see. The only way in which we know of its presence is by the r...

23. CHAPTER VIII

This system is used to the largest extent, so that we ought to have a full explanation of the devices which are required to do the work. While magnetos are used with the low ten...

24. CHAPTER IX

One of the most important things in enginery is the capacity to determine the power developed. Although the method of ascertaining this appears to be somewhat complicated, it is...

25. CHAPTER X

In the use of steam, compressed gas, or any medium which must have a controllable flow, valves are a necessary element; and the important point is to know what is best adapted f...

26. CHAPTER XI

The object in all forms of cams is to change motion from a regular into an irregular, or reversely, and the motion may be accelerated or retarded at certain points, or inverted...

27. CHAPTER XII

For the purpose of showing how motion may be converted from a straight line or from a circular movement into any other form or direction, and how such change may be varied in sp...

28. CHAPTER XIII

In describing various special types of motors, attention is first directed to that class which depend on the development of heat in various gases, and this also necessitates som...

29. CHAPTER XIV

The energy of a nation may be expressed by its horse power. It is not numbers, or intellect, or character, or beliefs that indicate the progress of a people in a material sense.

30. CHAPTER XV

In the first chapter we tried to give a clear view of the prime factors necessary to develop motion. The boy must thoroughly understand the principles involved, before his mind...