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ldentify the valvetrain components in the drawings. Place the identifying letter next to the name of the component. B Guide Valve Port N- Valve Head A Stem B- Valve Seat Keeper Groove C- M Margin Stem Tip D- Face Pushrod tifter Spring E- Valve F- Rocker Arm G Cam Lobe H-

ldentify the valvetrain components in the drawings. Place the identifying letter next to the name of the component. B Guide Valve Port N- Valve Head A Stem B- Valve Seat Keeper Groove C- M Margin Stem Tip D- Face Pushrod tifter Spring E- Valve F- Rocker Arm G Cam Lobe H-

Refrigeration and Air Conditioning Technology (MindTap Course List)
Refrigeration and Air Conditioning Technology (MindTap Course List)
8th Edition
ISBN:9781305578296
Author:John Tomczyk, Eugene Silberstein, Bill Whitman, Bill Johnson
Publisher:John Tomczyk, Eugene Silberstein, Bill Whitman, Bill Johnson
Chapter24: Expansion Devices
Section: Chapter Questions
Problem 9RQ: The three factors that determine the capacity of a T XV are ______, ______, and _____.
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ldentiry the valvetrain components in the drawings. Place the identifying letter next to the name of the component. Bo Valve Port Guide Valve Head A Stem B. Valve Seat Keeper Groove C M Margin Stem Tip EFace D Pushrod tifter Spring Valve Rocker Arm G K Cam Lobe H
Transcribed Image Text:ldentiry the valvetrain components in the drawings. Place the identifying letter next to the name of the component. Bo Valve Port Guide Valve Head A Stem B. Valve Seat Keeper Groove C M Margin Stem Tip EFace D Pushrod tifter Spring Valve Rocker Arm G K Cam Lobe H
Match the words on the left to the descriptions on the right. Write the letter for the correct word on the line provided. For the terms that vou are not certain of, use the glossary in your textbook. A. Bore V Measurement of work in which 1 pound is moved for a distance of 1 foot B. Stroke The volume displaced by the piston C. Oversquare Cylinder volume at BDC compared to volume at TDC Measurement comparing the volume of airflow actually entering the engine with the maximum that theoretically could enter D. Cylinder displacement E. Engine displacement Ability to do work F. Compression ratio The tendency of a body to keep its state of rest or motion. G. Compression pressure The diameter of the cylinder H. Force Usable crankshaft horsepower I. Work Metric horsepower equivalent J. Foot-pound The measurement of an engine's ability to perform work E cylinder displacement times number of cylinders K. Energy Typical gasoline engine compression pressure L. Inertia Ceylinder bore larger than stroke M. Momentum Any action that changes, or tends to change, the position of something N. Power The turning force exerted by the crankshaft O. Torque Pressure in the cylinder as the piston moves up when the valves are closed P. BTU When an object is moved against resistance or opposing force Q. 1 BTU A Name of equipment used to test an engine's power- R. Horsepower The heat required to heat a pound of water by 1°F S. Watts B Piston travel from TDC to BDC T. Brake horsepower How fast work is done U. Road horsepower British thermal units V. Volumetric efficiency L Body going in a straight line will keep going the same direction at the same speed if no other forces act on it W. 125-175 psi Horsepower available at the car's drive wheels X. Dynamometer
Transcribed Image Text:Match the words on the left to the descriptions on the right. Write the letter for the correct word on the line provided. For the terms that vou are not certain of, use the glossary in your textbook. A. Bore V Measurement of work in which 1 pound is moved for a distance of 1 foot B. Stroke The volume displaced by the piston C. Oversquare Cylinder volume at BDC compared to volume at TDC Measurement comparing the volume of airflow actually entering the engine with the maximum that theoretically could enter D. Cylinder displacement E. Engine displacement Ability to do work F. Compression ratio The tendency of a body to keep its state of rest or motion. G. Compression pressure The diameter of the cylinder H. Force Usable crankshaft horsepower I. Work Metric horsepower equivalent J. Foot-pound The measurement of an engine's ability to perform work E cylinder displacement times number of cylinders K. Energy Typical gasoline engine compression pressure L. Inertia Ceylinder bore larger than stroke M. Momentum Any action that changes, or tends to change, the position of something N. Power The turning force exerted by the crankshaft O. Torque Pressure in the cylinder as the piston moves up when the valves are closed P. BTU When an object is moved against resistance or opposing force Q. 1 BTU A Name of equipment used to test an engine's power- R. Horsepower The heat required to heat a pound of water by 1°F S. Watts B Piston travel from TDC to BDC T. Brake horsepower How fast work is done U. Road horsepower British thermal units V. Volumetric efficiency L Body going in a straight line will keep going the same direction at the same speed if no other forces act on it W. 125-175 psi Horsepower available at the car's drive wheels X. Dynamometer
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