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A. Poppet valveu The number of degrees the camshaft turns during one four-stroke cycle. B. Blowby The number of degrees the crankshaft turns during one. C. Upper end Number of times a valve opens during 720 degrees of crankshaft rotation. D. Valvetrain Forces the piston ring against the cylinder wall AA E. Pushrod engine The exhaust valve is open during part of this stroke F. Overhead can engine The job of the top two piston rings G. Long block V Space between a bearing and shaft H. Short block V The intake valve is open during part of this stroke I. Crankcase May be larger than the exhaust valve J. End play Number of cam lobes for a typical pushrod VS camshaft K. Bearing clearance D May be driven by the camshaft - L. Piston slap V Another name for the harmonic balancer Includes the cylinder head(s) and valvetrain M. Once 3 Leakage of gases past the rings N. OHC O. Exhaust Engine with the cam above the cylinder head Camshaft turns__as fast as the crankshaft P. 50 Noise when there is excessive piston-to-cylinder wall clearance Q. Vibration damper The parts that open and close the valvess R. Combustion Non-magnetic valve S. Seal compression Overhead cam T. 720 degrees A The style of valve used by four-stroke cycle internal combustion engines U. 360 degrees Back and forth clearance V. 16 AC Dual overhead cam W. Half Variable valve timing X. Oil Pump Number of times each valve opens every second at 6,000 rpm Y. Intake Valve V Rebuilt engine including heads Z. Compression Stroke/ The area surrounding the crankshaft AA. Intake stroke v Rebuilt engine without heads AB. VVT V Engine with the cam in the block АС. DOHC V

A. Poppet valveu The number of degrees the camshaft turns during one four-stroke cycle. B. Blowby The number of degrees the crankshaft turns during one. C. Upper end Number of times a valve opens during 720 degrees of crankshaft rotation. D. Valvetrain Forces the piston ring against the cylinder wall AA E. Pushrod engine The exhaust valve is open during part of this stroke F. Overhead can engine The job of the top two piston rings G. Long block V Space between a bearing and shaft H. Short block V The intake valve is open during part of this stroke I. Crankcase May be larger than the exhaust valve J. End play Number of cam lobes for a typical pushrod VS camshaft K. Bearing clearance D May be driven by the camshaft - L. Piston slap V Another name for the harmonic balancer Includes the cylinder head(s) and valvetrain M. Once 3 Leakage of gases past the rings N. OHC O. Exhaust Engine with the cam above the cylinder head Camshaft turns__as fast as the crankshaft P. 50 Noise when there is excessive piston-to-cylinder wall clearance Q. Vibration damper The parts that open and close the valvess R. Combustion Non-magnetic valve S. Seal compression Overhead cam T. 720 degrees A The style of valve used by four-stroke cycle internal combustion engines U. 360 degrees Back and forth clearance V. 16 AC Dual overhead cam W. Half Variable valve timing X. Oil Pump Number of times each valve opens every second at 6,000 rpm Y. Intake Valve V Rebuilt engine including heads Z. Compression Stroke/ The area surrounding the crankshaft AA. Intake stroke v Rebuilt engine without heads AB. VVT V Engine with the cam in the block АС. DOHC V

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Can I get some help looking over some sheets? I have most filled out, but just to double check for correctness and help with missing answers. Thank you 
Class: DOublechak Instructions: 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 you are not certain of, use the glossary in your textbook. C. A. Poppet valveu The number of degrees the camshaft turns during one four-stroke cycle. B. Blowby The number of degrees the crankshaft turns during one. C. Upper end Number of times a valve opens during 720 degrees of crankshaft rotation. D. Valvetrain Forces the piston ring against the cylinder wall E. Pushrod engine DA The exhaust valve is open during part of this stroke F. Overhead can engine The job of the top two piston rings G. Long block v Space between a bearing and shaft H. Short block v The intake valve is open during part of this stroke I. Crankcase / May be larger than the exhaust valve J. End play V Number of cam lobes for a typical pushrod VS camshaft Crek May be driven by the camshaft K. Bearing clearance R Another name for the harmonic balancer L. Piston slap v Includes the cylinder head(s) and valvetrain М. Once 2 Leakage of gases past the rings N. ОHC Engine with the cam above the cylinder head W Camshaft turns O. Exhaust as fast as the crankshaft P. 50 V Noise when there is excessive piston-to-cylinder wall clearance Q. Vibration damper The parts that open and close the valves R. Combustion V Non-magnetic valve S. Seal compression Overhead cam T. 720 degrees V U. 360 degrees A The style of valve used by four-stroke cycle internal combustion engines Back and forth clearance V. 16 Dual overhead cam W. Half Variable valve timing X. Oil Pump Number of times each valve opens every second at 6,000 rpm Y. Intake Valve / Rebuilt engine including heads Z. Compression Stroke The area surrounding the crankshaft AA. Intake stroke v Rebuilt engine without heads AB. VVT V Engine with the cam in the block AC. DOHC L
Transcribed Image Text:Class: DOublechak Instructions: 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 you are not certain of, use the glossary in your textbook. C. A. Poppet valveu The number of degrees the camshaft turns during one four-stroke cycle. B. Blowby The number of degrees the crankshaft turns during one. C. Upper end Number of times a valve opens during 720 degrees of crankshaft rotation. D. Valvetrain Forces the piston ring against the cylinder wall E. Pushrod engine DA The exhaust valve is open during part of this stroke F. Overhead can engine The job of the top two piston rings G. Long block v Space between a bearing and shaft H. Short block v The intake valve is open during part of this stroke I. Crankcase / May be larger than the exhaust valve J. End play V Number of cam lobes for a typical pushrod VS camshaft Crek May be driven by the camshaft K. Bearing clearance R Another name for the harmonic balancer L. Piston slap v Includes the cylinder head(s) and valvetrain М. Once 2 Leakage of gases past the rings N. ОHC Engine with the cam above the cylinder head W Camshaft turns O. Exhaust as fast as the crankshaft P. 50 V Noise when there is excessive piston-to-cylinder wall clearance Q. Vibration damper The parts that open and close the valves R. Combustion V Non-magnetic valve S. Seal compression Overhead cam T. 720 degrees V U. 360 degrees A The style of valve used by four-stroke cycle internal combustion engines Back and forth clearance V. 16 Dual overhead cam W. Half Variable valve timing X. Oil Pump Number of times each valve opens every second at 6,000 rpm Y. Intake Valve / Rebuilt engine including heads Z. Compression Stroke The area surrounding the crankshaft AA. Intake stroke v Rebuilt engine without heads AB. VVT V Engine with the cam in the block AC. DOHC L
Instructions: identify which stroke is occurring in each diagram. Place the identifying letter next to the name of the stroke. A DOHC ОНС Can-in-block Rocker arm Camshafts Camshaft Valve Exhaust valves Crankshaft Intake valves comeres sion Rocker arm Pushrod Camshaft Valve lifter B.
Transcribed Image Text:Instructions: identify which stroke is occurring in each diagram. Place the identifying letter next to the name of the stroke. A DOHC ОНС Can-in-block Rocker arm Camshafts Camshaft Valve Exhaust valves Crankshaft Intake valves comeres sion Rocker arm Pushrod Camshaft Valve lifter B.
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