Instruments

Question 1

Power and pitch: Vertical S up

Answer 1

150 KIAS - 5-6NH - 55%

Question 2

Power and pitch: Vertical S down

Answer 2

150 KIAS - 1-2NL - 15%

Question 3

Power and pitch: 45° steep turn

Answer 3

150KIAS - 3NH - 45%

Question 4

Power and pitch: 60° steep turn

Answer 4

150KIAS - 4NH - 60%

Question 5

Power and pitch: Wingover

Answer 5

220KIAS - pitch and roll constant change - 80%-MAX

Question 6

Power and pitch: Aileron Roll

Answer 6

220KIAS - 15-25NH - 80%-MAX

Question 7

Power and pitch: Penetration

Answer 7

200KIAS - 8NL - 5% (800f/nm)

or

200KIAS - 10NL - 25% + speed brake (1000f/nm)

Question 8

Power and pitch: En route descent

Answer 8

200KIAS - 5NL - 20%

or

200KIAS - 7.5NL - 8%

Question 9

Power and pitch: Final approach (level & configured)

Answer 9

110KIAS - 3NH - 35%

Question 10

Power and pitch: Precision final

Answer 10

110KIAS - LOL - 21% (600fpm)

Question 11

Power and pitch: Non-precision final

Answer 11

110KIAS - 1NL - 16% (1000fpm)

Question 12

Power and pitch: Non-precision final (circling)

Answer 12

120KIAS - 1NL - 21% (1000fpm)

Question 13

Power and pitch: Holding

Answer 13

150KIAS - 2NH - 35%

Question 14

Compute VSI

Answer 14

pitch • 100 • (speed / 60)

Question 15

Constant airspeed climb/descent

Answer 15

Flown by maintaining a constant power setting while varying pitch

Question 16

Constant rate climb/descent

Answer 16

Flow by varying both pitch and power to maintain a specific rate** and **airspeed

Question 17

1 degree pitch change equals ____

Answer 17

100 ft per nm

Question 18

Standard rate turn (and indicated by)

Answer 18

3° per second

Indicated by two needles width on the EADI

Indicated by one needle width on the standby

Question 19

Compute bank angle for standard rate turn

Answer 19

TAS / 10 + 7

Question 20

Vertical S (generel)

Answer 20

Constant rate climb / descend

Flown at 150KIAS and 1000 VSI for a 1000’ altitude change

Question 21

Homing is accomplished by ____

Answer 21

Placing the head of the bearing pointer at the top of the EHSI and keeping it there

Question 22

Proceeding Direct is accomplished by _____

Answer 22

Homing, but correct for winds** to maintain a **specific course (and ground track)

Question 23

During course intercepts (or passing a VOR without crossing over it) the ____ of the bearing pointer always ___, while the ____ of the bearing pointer always ____

Answer 23

head, falls; tail, rises

Question 24

An intercept angle is the angle, in degrees, between your ______ and the _____

Answer 24

intercept heading, desired course

Question 25

Fix-to-fix

If proceeding to a DME fix that is closer to the station than your present DME, favor the ______

Answer 25

Bearing pointer

Question 26

Fix-to-fix

If proceeding to a DME fix that is farther to the station than your present DME, favor the ______

Answer 26

Course arrow

Question 27

Depicted here is a _____

Answer 27

Procedure turn approach (barb)

Question 28

Depicted here is _______ approach

Answer 28

Procedure track

Question 29

Standard holding pattern is made by turning ______ while non-standard holding pattern is made by turning ____

Answer 29

right, left

Question 30

Holding in lieu is depicted by a _____

Answer 30

bold black line (holding shaped)

Question 31

60:1 radials at 60nm

Answer 31

1 per nm

Question 32

60:1 radials at 45nm

Answer 32

1.5 per nm

Question 33

60:1 radials at 30nm

Answer 33

2 per nm

Question 34

60:1 radials at 20nm

Answer 34

3 per nm

Question 35

60:1 radials at 10nm

Answer 35

6 per nm

Question 36

60:1 radials at 5nm

Answer 36

12 per nm