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15 pints alcohol added to the water will not freeze at 25 degrees

Fahrenheit below zero.

Model 71–Capacity of Cooling System 6 Gallons. 434 pints alcohol added to the water will not freeze at 10 degrees

Fahrenheit above zero. 91/2 pints alcohol added to the water will not freeze at 5 degrees

Fahrenheit above zero. 12 pints alcohol added to the water will not freeze at zero Fahren

heit. 19 pints alcohol added to the water will not freeze at 25 degrees

Fahrenheit below zero. Since alcohol evaporates more quickly than the water, any loss should be replaced with equal parts of alcohol and water.

The use of powerful chemicals like calcium chloride, sodium chloride, or of glycerine in cooling solutions is apt to have troublesome consequences, because the chlorides attack the metal of the system, while glycerine will act as a solvent of the rubber connections and is troublesome in other ways.

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The Best Mixture.—Plain water and alcohol solutions would be the best were it not for the ease with which such compounds boil and the rapidity with which they evaporate. We have seen that the objections advanced against calcium chloride solution have ample foundation and that such compounds are not suitable for use, the chief advantage, that of cheapness, having been eliminated by the reduction in the price of denatured alcohol. The addition of a little glycerine to an alcohol and water solution reduces liability of evaporation, and when used in such quantities it has no injurious effect to speak of on rubber hose.

If the cooling water should freeze through neglect of ordinary precautions, do not attempt to thaw it out hy starting the motor, but thaw it by putting the car in a warm place.

During cold weather the motor is sometimes hard to start after the cylinders have become thoroughly chilled. The remedy in a case of this kind is to introduce a small quantity of gasolineabout a teaspoonful—through the priming cocks direct into the cylinder. The rich mixture secured in this way will start the motor. Once started the clyinders will warm up and continue to work without trouble. In most cases the closing of the air-shutter in the carburetor will be sufficient to secure a start.

It is always well, when making a stop, to cover hood and radiator, which will give considerable protection from the likelihood of freezing and also make a new start easier.

A cloth wrung out in very hot water and held around the carburetor also will facilitate starting in extremely cold weather. This may become necessary in extremely low temperatures, when water which may have entered the float chamber of the carburetor and separated from the gasoline is likely to freeze and clog up the spray nozzle.

Cold Weather Lubrication. The oiling system deserves some attention during the winter. Do not use too thick a lubricant, for the cold will congeal it still more. When starting in cold weather run the motor slowly for a short time, until things are warmed up sufficiently for the oil to flow freely.

Body Polish.—A much recommended body polish is made by mixing the following ingredients:

Turpentine
Paraffine Oil
Oil of Citronella...
Oil of Cedar..

.1 gallon

.1 pint .31/2 ounces .11.2 ources

Another scheme is to use a mixture of boiled linseed oil and turpentine, applying it sparingly and rubbing absolutely dry. The use of these polishes will restore even an old car to a degree of brightness that will please the owner. Floor wax is also used, as is furniture polish.

Care of Tops.—Mohair tops should be frequently dusted and brushed off. Pantasote tops and curtains are best cleaned with a soft brush dipped in water to which a little ammonia has been added. Afterwards rub dry. Never attempt to clean top and curtains with gasoline or kerosene. Do not fold the top until it has become thoroughly dry, because any moisture remaining in the folds is apt to cause mildew, besides making the top leaky and unsightly with spots. When a car is not used for some time, it is best to open the top, which keeps it well stretched and smooth.

Care of Leather Upholstery. Do not use gasoline in cleaning leather upholstery. Plain water with a little ammonia will remove the dirt and a brisk rubbing with a clean woolen or flannel cloth will do the rest. For still more careful treatment use a regular leather dressing.

Care of Cloth Upholstery.–Do not use an acid solution in cleaning cloth upholstery.

Cloth is not affected by climatic conditions and withstands both heat and cold, and having no oil in its make-up, does not pick up or hold dust readily. To remove ordinary dust, beat cushions and backs lightly with stick or carpet beater, then remove dust with whisk-broom or brush. Grease or oil may be removed by the application of a solution of lukewarm water and Ivory soap applied with a woolen cloth.

INDEX

Oil .

A.

Air Currents, How Produced . 236

Air Gap of Spark Plugs 154
Accessories, Useful ..... 565 Airless Tires

387
Acid, Effect of in Oil
213 Air Resistance, Effect of

33
Acid, How to Determine in Oil 213 Air Starting System

620
Action of Centrifugal Pumps . 245 Air Stove, Use of

600
Action of Differential Gear ... 323 Alcohol-Acetylene Process 111
Action of Friction Drive Axle . 280 Alcohol as Fuel

110
Action of Gear Pump

245

All Spur Planetary Gear 281
Action of Induction Coil .. 158

Angle of Clutch Cone Taper 259
Action of Progressive Gearset . 293 Angular Loads

407
Action of Typical Dynamo 176 Anti-freezing Solutions

684
Adjusting Brakes

541 Anti-friction Bearings, Install-
Adjusting Simple Carburetors. 131

ing

419
Adulterants, How to Detect in Anti-friction Bearings, Types

216
of ..

404
Advantages of Electric Ignition 144 Armature, How Wound

179
Advantages of Eight and Armored Wood Frame

342
Twelve Cylinder Motors ... 586 Artillery Wheel

367
Advantages of Gear Drive .... 313 Assembling Ball Bearings

421
Advantages of Magneto Ignition 177 Auto-Lite System

666
Advantages of Selective Gearset 297 Automatic Pinion Shift

642
Air Circulating Fan Drives ... 255 Automatic Speed Governor 431
Air Circulating Fans .... 254 Automatic Type Carburetor 127
Air Circulating Through Radi- Automobile Bodies, How Made 33
ator

252 Automobile Bodies, Torpedo
Air Cooling, Advantages of .. 238 and Streamline

33
Air Cooling by Blower Draft . 238 Automobile Brakes

448
Air Cooling by Convection and Automobile, Definition of 17
Radiation

234 Automobile, Essential Elements
Air Cooling by Flywheel Suc-

of ..

23
tion
237 Automobile Lubricants

212
Air Cooling by Radiation 234 Automobile Parts, Functions of 30
Air Cooling by Simple Radiat- Automobile Parts, How Lubri-
ing System
234 cated

217
Air Cooling, Defects of

238 Automobile Power Plant, Fuels
Air Cooling Methods
234 for

105

of ...

.

Automobile Power Plant, Func- Bearing, Take Down ... 414
tion of
23 Bearings, Adjustment of

88
Automobile Power Plant, How Bearing, Anti-friction

400
to Start

425
Bearings, Ball

407
Automobile Power Plants, Mul- Bearings, Die Cast

402
tiple

.49, 593 Bearings, Fitting to Shaft 402
Automobile Power Plant, Parts Bearings for Conecting Rods . 87
27 Bearings, Friction of

412
Automobile, Principal Types of 17 Bearings, How Used

400
Automobile, Principal Body Bearings, Load Imposed on · 407
Types
32 Bearings, Plain

400
Automobile Warning Signals 570 Bearings, Roller

404
Automobile Wheels
367 Bearings, Scraping-in

403
Automobiles, Classes of

21 Bearings, Separators for 414
Automobiles, Electric
18 Bearings, Soft Metal

401
Automobiles, Gas Power for .. 18 Benzol as Fuel ....

109
Automobiles, How They Differ 21 Bevel Differential Gear .

323
Automobiles, Power Needed for 35 Black Smoke at Exhaust, What
Automobiles, Steam Power for 17 it Indicates

131
Auxiliary Air, Value of ......

128
Block Castings, Cylinders for .

58
Axle, Combined Dead and Live 334 Blowouts, Causes of ... 550
Axle, Double Reduction

335 Blowouts, Permanent Repair 555
Axle, Friction Drive

280 Blowouts, Temporary Repair . 554
Axle, Front ...
363 Body Designs, Recent

602
Axle, Full-floating
332 Body Polish

686
Axle, Functions of Rear 329 Bolted on Rims

379
Axle, Live Types
332 Bore, Relation to Stroke

89
Axle, Semi-floating

332 Brake and Clutch Interlock ... 455
Axle, Two-speed Direct Drive . 337 Brake Drums, How Made 453
Axle, Types of Rear .. 329 Brake, Hydraulic

606
Axles, One Piece for Steering . 356 Brake Location, External 452
Axles, Types of ...

363 Brake Location, Internal 452
Brake Shoes

453
B.
Brake, Use of Engine as

464
Brakes, Adjustment of

541
Back Lash in Steering Gears .. 537 Brakes for Automobiles

448
Ball Bearing, Assembling 421 Brakes, Cork Inserts In

453
Ball Bearings

407 Brakes for Countershaft 450
Ball Bearings, Lubricant for .. 423 Brakes, How Operated 455
Ball Thrust Bearing for Clutch 261 Brakes, Materials Used in 453
Band Type Clutch .... 271 Brakes, Troubles with ..541
Battery–Magneto Systems 187 Brakes, Where Applied 449
Battery, Primary
164 Built-up Crankshafts

91
Battery, Secondary
17.5 Rumping, Cause of

492

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