Questions and Answers Relating to Modern Automobile Design, Construction, Driving and Repair ...: Includes All Latest 1918 Developments, with Complete Discussion of Electric Starting and Lighting Systems, a Self-instructor for Students, Mechanics and MotoristsNorman W. Henley Publishing Company, 1917 - 701 стор. |
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Сторінка 33
... needed to overcome air res stance varies inversely as the cube of the speed . This means that if the speed of the car is doubled the power needed to overcome air resistance at half that speed is multiplied by eight . For instance , if ...
... needed to overcome air res stance varies inversely as the cube of the speed . This means that if the speed of the car is doubled the power needed to overcome air resistance at half that speed is multiplied by eight . For instance , if ...
Сторінка 35
... needed to propel the vehicle and will rack itself to pieces sooner than one that is lacking in power . The under - powered car , however , usually performs very well on the level and under favorable conditions , but it is very ...
... needed to propel the vehicle and will rack itself to pieces sooner than one that is lacking in power . The under - powered car , however , usually performs very well on the level and under favorable conditions , but it is very ...
Сторінка 111
... needed with alcohol vapor and twice the amount of compression be- fore ignition can be used with alcohol gas . It is claimed that the range of explosive mixture proportions of air and alcohol is much greater than that possible with ...
... needed with alcohol vapor and twice the amount of compression be- fore ignition can be used with alcohol gas . It is claimed that the range of explosive mixture proportions of air and alcohol is much greater than that possible with ...
Сторінка 115
... needed to burn carbon ? A. One pound of carbon requires two and one third pounds of oxygen to insure its combustion . Q. How much air is needed to burn a given weight of car- bon ? As air is composed of one part of oxygen to three and ...
... needed to burn carbon ? A. One pound of carbon requires two and one third pounds of oxygen to insure its combustion . Q. How much air is needed to burn a given weight of car- bon ? As air is composed of one part of oxygen to three and ...
Сторінка 116
... needed theoretically to insure the com- bustion of a pound of gasoline ? A. In order to secure combustion of one pound of gasoline one should provide about 16 pounds of air ; 10 pounds of air is needed to burn the carbon contents and ...
... needed theoretically to insure the com- bustion of a pound of gasoline ? A. In order to secure combustion of one pound of gasoline one should provide about 16 pounds of air ; 10 pounds of air is needed to burn the carbon contents and ...
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adjustment armature assembly attached automobile Ball Bearing bevel brake brake band breaker camshaft carburetor carried chain circuit combustion chamber compression connecting rod construction contact breaker cooling countershaft crank crankshaft cylinder engine device differential gear direct drive disc distributor Drive Shaft driving gears dry cell dynamo electric flywheel frame friction fuel gasoline gearset grease heat high speed high tension ignition system illustrated induction coil inlet kerosene lamp lever light live axle lubricant magneto mechanical metal method operation outlined at Fig pedal pinion pipe piston plate position power plant practical pressure Price primary pump radiator ratio rear axle repair revolving ring roller bearings rubber screw shown at Fig sliding spark plug spring sprocket starting motor steel steering storage battery switch tank throttle timer tire transmission trouble tube turn universal joint usually vapor wire
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Сторінка 14 - It might well be termed an Encyclopedia of Die-Making, Punch-Making, Die-Sinking, Sheet-Metal Working, and Making of Special Tools, Subpresses, Devices and Mechanical Combinations for Punching, Cutting, Bending, Forming, Piercing, Drawing, Compressing and Assembling Sheet-Metal Parts, and also Articles of other Materials in Machine Tools.