PART66 Licensing Info
• Licence Categories
• Modularization
• Number of questions
• Experience requirements
• Licence extension
• Licence Categories
• Modularization
• Number of questions
• Experience requirements
• Licence extension
Module:
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Module 1. Mathematics
What is 11110001 base 2 in Octal?
• 72
• 361
• 684
TIAGO TADEU asking:
• Please write your question here.
Community comments: 0
• 72
• 361
• 684
TIAGO TADEU asking:
• Please write your question here.
Community comments: 0
Module 1. Mathematics
15.4 / 2 - 2 (4.6 - 15.7) =
• -14.5
• 26.5
• 29.9
TIAGO TADEU asking:
• Please write your question here.
Community comments: 0
• -14.5
• 26.5
• 29.9
TIAGO TADEU asking:
• Please write your question here.
Community comments: 0
Module 8. Basic aerodynamics
The maximum lift/drag ratio of a wing occurs
• at the angle of attack where the wing develops its maximum lift.
• during take off.
• at an angle below which the wing develops max lift.
Slick Rick 88 asking:
• Can someone explain please?
Community comments: 0
• at the angle of attack where the wing develops its maximum lift.
• during take off.
• at an angle below which the wing develops max lift.
Slick Rick 88 asking:
• Can someone explain please?
Community comments: 0
Module 8. Basic aerodynamics
With the ailerons away from the neutral, induced drag is
• higher on the lower wing plus profile drag increases.
• unchanged but profile drag is higher.
• higher on the upper wing plus profile drag increases.
Rams37 asking:
• Please write your question here.
Community comments: 0
• higher on the lower wing plus profile drag increases.
• unchanged but profile drag is higher.
• higher on the upper wing plus profile drag increases.
Rams37 asking:
• Please write your question here.
Community comments: 0
Module 8. Basic aerodynamics
In normal flight conditions, an increase in aircraft speed
• causes the nose of the aircraft to drop.
• causes the nose of the aircraft to lift.
• the nose remains in the same position.
vale asking:
• Why?
Community comments: 0
• causes the nose of the aircraft to drop.
• causes the nose of the aircraft to lift.
• the nose remains in the same position.
vale asking:
• Why?
Community comments: 0
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