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16 Cards in this Set
- Front
- Back
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Gradient formula |
Pitch change * 100 or ft/NM |
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Pitch Change |
100's of feet/NM |
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VVI (fpm) |
ft/NM * NM/Min |
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TAS= |
IAS + (2% per 1000') x IAS or IAS + FL/2 |
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NM/Min to Mach |
NM/MIN = IMN x 10 |
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VVI for 3 deg Glide Slope |
GS x 5 |
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Distance to station (DME) |
(TAS x MIN) / Radials |
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Time to station in minutes |
sec / radials |
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VDP (NM) |
HAT / 300
Assumes 3 deg glide slope |
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VDP (Sec) |
10% of HAT. Subtract this from timing.
Assumes 120kts |
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Turn Radius= (Mach) |
IMN x 10 - 2.
Assumes 90 deg turn |
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Turn Radius= (NM/MIN) |
NM/MIN -2 |
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Distance for turns other than 90 deg. |
180 deg = 2 x TR 120 deg=1 1/2 x TR 90 deg = 1 x TR 60 deg = 1/2 x TR |
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Radar tilt and altitude given. How to determine tops of thunderstorm? |
Distance x Tilt x 100 + current altitude = Tops |
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Speed of sound change per deg C ? |
1.2 kts |
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Holding Speeds for given altitudes ? |
MHA - 6,000 : 200kts 6,001 - 14,000 : 230kts 14,001and above : 265kts (IAS and MSL) |
