The Vg Diagram

If a load factor of -2.5 is applied to the aircraft at a speed of 140 mph the aircraft would likely

• experience an accelerated stall

• experience structural damage

• be unharmed as this is normal operations

• have structural failure

If a load factor of +2.5 is applied to the aircraft at a speed of 140 mph the aircraft would likely

• experience an accelerated stall

• experience structural damage

• be unharmed as this is normal operations

• have structural failure

If a load factor of 4g is applied to the aircraft at a speed of 200 mph the aircraft would likely

• experience an accelerated stall

• experience structural damage

• be unharmed as long as caution is observed

• have structural failure

Tags

NGSS.HS-PS2-3

If a load factor of 0g is applied to the aircraft at a speed of 230 mph the aircraft would likely

• experience an accelerated stall

• experience structural damage

• be unharmed as long as caution is observed

• have structural failure

Tags

NGSS.HS-PS2-3

Aggressive movement of the controls when flying the aircraft at 100 mph will have which result?

• No Damage

• Likely Failure

• Likely Damage

• break

Tags

NGSS.HS-PS2-3

Aggressive movement of the controls when flying at 3G will have which result?

• No Damage below 180 mph

• Failure if the airspeed is greater than 100 mph

• Likely Damage if the airspeed is 130 mph

• Certain Failure at any speed

Tags

NGSS.HS-PS2-1