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Performance
1.
Indicate the 5 to 10 factors that can affect take off distance.
2.
Compute the density altitude given the following factors.
- Field
Elevation = 5,000 feet
- Altimeter
= 30.12 in. Hg
- Outside
Air temperature = 35 degrees Celsius
Use
the Pilot's operating handbook of the airplane you will use for
the practical test to answer questions 3 through 9.
3.
Given the following conditions, compute the take off distance.
- a.
Runway = Hard Surfaced
- b.
Flaps = Up
- c.
Aircraft Weight = Maximum take off
- d.
Headwind= 10 kts.
- e.
Field elevation = 4,000 ft.
- f.
Outside air temperature = 29 degrees Celsius
4.
Given the following conditions, determine the landing distance.
- a.
Field elevation = 3,000 feet
- b.
Outside air temperature = 10 degrees Celsius
- c.
Headwind = 10 knots
- d.
Aircraft weight = minimum loading
5.
Assume you depart an airport that is at sea level and climb to a
cruising altitude of 8,500 feet. Calculate the time, fuel and distance
you will need to complete the climb.
6.
During a short field landing, what technique provides maximum breaking
effectiveness?
7.
When landing on a sod runway, should you expect a longer or shorter
than normal landing roll? What should you expect on a runway covered
with water, snow, or slush?
8.
Define the angle-of-climb and best rate of climb airspeed. What
are these airspeeds for your aircraft?
9.
How do you convert indicated to calibrated airspeed? Is this conversion
necessary during normal operations?
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