Hello, I have some diagrams I have filled out for practice that I would like to use to study for an exam. Can someone double check them and suggest corrections if needed? Thank you

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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Hello, I have some diagrams I have filled out for practice that I would like to use to study for an exam. Can someone double check them and suggest corrections if needed? Thank you
A. Positive stop
Ways that a camshaft can be driven
B. Base circle
When there is no clearance
C. Lift
Automatic adjustment feature used with hydraulic valve lifters
D. Duration
An engine that relies on atmospheric pressure
E. Valve overlap
Parts that the camshaft can drive
F. Zero-lash
A lifter that must be held from turning
G. Interference engineV
The height the cam lobe raises the lifter
12 What would be left if the cam lobe were removed?
H. Freewheeling engine
1. Naturally aspirated V
The number of degrees of crankshaft travel when the valve is
open
An engine that will not experience piston-to-valve interference
if the timing chain or belt skips or breaks
J. Roller lifter
An engine that will experience piston-to-valve contact if the
timing chain or belt skips or breaks
K. Chain, belt, gears
The time that both the intake exhaust valves are open at the
L Fuel pump, oil pump, and
distributor
same time
Transcribed Image Text:A. Positive stop Ways that a camshaft can be driven B. Base circle When there is no clearance C. Lift Automatic adjustment feature used with hydraulic valve lifters D. Duration An engine that relies on atmospheric pressure E. Valve overlap Parts that the camshaft can drive F. Zero-lash A lifter that must be held from turning G. Interference engineV The height the cam lobe raises the lifter 12 What would be left if the cam lobe were removed? H. Freewheeling engine 1. Naturally aspirated V The number of degrees of crankshaft travel when the valve is open An engine that will not experience piston-to-valve interference if the timing chain or belt skips or breaks J. Roller lifter An engine that will experience piston-to-valve contact if the timing chain or belt skips or breaks K. Chain, belt, gears The time that both the intake exhaust valves are open at the L Fuel pump, oil pump, and distributor same time
A-
B.
10%-+성100
125°
50
45°
Exhaust Valve Opens
Intake Valve Opens
BDC
Exhaust Valve Closes
Intake
Valve Closes
TDC
POWER STROKE
INTAKE STROKE
-------
Transcribed Image Text:A- B. 10%-+성100 125° 50 45° Exhaust Valve Opens Intake Valve Opens BDC Exhaust Valve Closes Intake Valve Closes TDC POWER STROKE INTAKE STROKE -------
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