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Chapter 4 — Energy Management: Mastering Altitude and Airspeed Control
Showing 126 of 199 terms — Core List
(Sequenced as they appear in the chapter)
Core List
126
Full List
199
1
energy management
2
energy-centered approach
3
Altitude
4
Airspeed
5
energy state
6
unintentional altitude-airspeed deviations
7
flightpath-airspeed profiles
8
vertical flightpath
9
deceleration
10
leveling off from a descent
11
sink rate
12
LOC-I — loss of control in-flight
13
mechanical energy
14
CFIT — controlled flight into terrain
15
constant airspeed climb
16
approach-and-landing accidents
17
energy system
18
total mechanical energy
19
control inputs
20
½ mV²
21
mass
22
potential energy
23
kinetic energy
24
Indicated Altitude
25
Indicated Airspeed
26
airplane-centric
27
altimeter
28
MSL — mean sea level
29
velocity
30
AGL — above ground level
31
airspeed indicator
32
groundspeed
33
thrust
34
Drag
35
T - engine thrust
36
energy exchange
37
constant altitude and airspeed
38
energy balance equation
39
engine thrust
40
aerodynamic drag
41
PS — Specific Excess Power
42
aircraft weight
43
range
44
endurance
45
throttle
46
elevator
47
pitch attitude
48
power required curve
49
AOA — angle of attack
50
pitch for airspeed and power for altitude
51
excess thrust
52
yoke
53
energy exchange climb
54
pitch plus power controls energy state
55
energy exchange descent
56
load factor
57
altitude-airspeed map
58
induced drag
59
ES — total specific energy
60
excess power
61
energy height
62
energy trajectory
63
stick
64
VY — best rate of climb speed
65
minimum level flight airspeed
66
minimum power airspeed
67
up-elevator
68
down-elevator
69
maximum level flight airspeed
70
re-trimming
71
Glideslope
72
power required
73
throttle-elevator coordination
74
final approach to landing
75
KASE — Aspen/Pitkin County Airport
76
Runway 33
77
flight envelope
78
total energy error
79
energy distribution error
80
latitude
81
longitude
82
Traffic Pattern
83
trim settings
84
density altitude
85
energy depletion scenario
86
General Aviation
87
maximum rate of climb
88
best angle of climb
89
twin-engine airplane
90
best rate of climb
91
KBJC — Rocky Mountain Metropolitan Airport
92
mixtures
93
unstable/slow approaches to landing
94
high-drag go-arounds
95
stall horn
96
elevator control pressures
97
rotates
98
gear
99
stall and spin
100
Aircraft Energy Management
101
altitude-airspeed deviations
102
VX — best angle of climb speed
103
climb angle
104
Final Approach
105
climb rate
106
go-around
107
flaps
108
Power Available
109
steep spiral
110
Specific Excess Power (P_S)
111
stall
112
spin
113
critical AOA
114
Energy Error
115
flight path reference
116
unstable approach
117
traffic pattern operations
118
critical altitude
119
pitch target
120
departure airport
121
unstable/slow approaches
122
horsepower
123
foot-pound per minute
124
foot-pound per second
125
takeoff
126
landing
← Chapter 3: Basic Flight Maneuvers
Chapter 5: Maintaining Aircraft Control: Upset Prevention and Recovery Training →
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