+ All Categories
Home > Documents > Topic 1: 5

Topic 1: 5

Date post: 24-Feb-2016
Category:
Upload: edolie
View: 48 times
Download: 0 times
Share this document with a friend
Description:
Topic 1: 5. This aircraft can fly faster than the speed of sound, and does not have a propeller. Jet. Topic 1: 10. This aircraft has a large wingspan but no engine. Glider. Topic 1: 15. This is type of aircraft without wings capable of vertical takeoff and landing. Helicopter. - PowerPoint PPT Presentation
Popular Tags:
26
Types of Aircra ft Flight Instrume nts Parts of an Aircraf t Princi ples of Flight At the Airpor t 5 5 5 5 5 10 10 10 10 10 15 15 15 15 15 20 20 20 20 20 25 25 25 25 25
Transcript
Page 1: Topic 1: 5

Types of Aircraft

Flight Instruments

Parts of an Aircraft

Principles of Flight

At the Airport

5 5 5 5 5

10 10 10 10 10

15 15 15 15 15

20 20 20 20 20

25 25 25 25 25

Page 2: Topic 1: 5

Topic 1: 5

This aircraft can fly faster than the speed of sound, and does not have a propeller.

Jet

Page 3: Topic 1: 5

Topic 1: 10This aircraft has a large wingspan but no engine.

Glider

Page 4: Topic 1: 5

Topic 1: 15

This is type of aircraft without wings capable of vertical takeoff and landing.

Helicopter

Page 5: Topic 1: 5

Topic 1: 20

This vehicle creates lift without an airfoil.

Hot Air Balloon

Page 6: Topic 1: 5

Topic 1: 25

This type of aircraft does not carry passengers or has a pilot onboard.

UAV

Page 7: Topic 1: 5

Topic 2: 5

This instrument is used to determine a plane’s height above ground.

Altimeter

Page 8: Topic 1: 5

Topic 2: 10

This device allows a pilot to communicate with air traffic control and other aircraft.

Radio

Page 9: Topic 1: 5

Topic 2: 15

This instrument shows a plane’s relationship to the horizon.

Attitude Indicator

Page 10: Topic 1: 5

Topic 2: 20

This instrument always points to magnetic north and aids in navigation.

Compass

Page 11: Topic 1: 5

Topic 2: 25

This instrument shows how fast the engine is running.

Tachometer

Page 12: Topic 1: 5

Topic 3: 5This control surface on an aircraft moves up and down to control pitch.

Elevator

Page 13: Topic 1: 5

Topic 3: 10

These parts of a wing deflect to control roll.

Ailerons

Page 14: Topic 1: 5

Topic 3: 15

Located at the front of some aircraft, this twisted airfoil spins to produce thrust.

Propeller

Page 15: Topic 1: 5

Topic 3: 20This part of the wing extends to change an aircraft’s lift and drag.

Flaps

Page 16: Topic 1: 5

Topic 3: 25

This control surface moves side to side to yaw the aircraft.

Rudder

Page 17: Topic 1: 5

Topic 4: 5

This force acts opposite of thrust.

Drag

Page 18: Topic 1: 5

Topic 4: 10

This number is used to describe the ratio of an aircraft’s speed to the speed of sound.

Mach Number

Page 19: Topic 1: 5

Topic 4: 15

This is the aircraft’s motion about its y-axis.

Pitch

Page 20: Topic 1: 5

Topic 4: 20

This condition occurs when an aircraft’s angle of attack is high enough to cause flow separation.

Stall

Page 21: Topic 1: 5

Topic 4: 25

This is the speed that the aircraft senses.

Airspeed

Page 22: Topic 1: 5

Topic 5: 5

This long stretch of pavement (also called tarmac) is used to take off and land.

Runway

Page 23: Topic 1: 5

Topic 5: 10

This location is the communications hub of the airport.

Control Tower

Page 24: Topic 1: 5

Topic 5: 15

The airplanes are kept in this large building when not in use.

Hanger

Page 25: Topic 1: 5

Topic 5: 20

Passengers wait for the flight in this building (or buildings).

Terminal

Page 26: Topic 1: 5

Topic 5: 25

Aircraft use these to move from the terminal to the runway.

Taxiway


Recommended