Question

What two conditions need to occur to cause a straight-wing aircraft to spin?

Answer 1

Two things must occur:
1. One, a wing drops after becoming fully stalled, and,
2. There is sideslip or yaw acting toward the low wing at or beyond the actual stall point.

Answer 2

Answer 3

FAILURE TO EXECUTE THE STALL CORRECTLY COULD RESULT IN THE AIRCRAFT ENTERING A SPIN.

Answer 4

Aircraft are designed to have the most favorable stall characteristics possible given the compromises involved. A good aircraft should give the pilot adequate warning of the stall, stall gradually, and tend not to spin after the stall (USCFC). This means the aircraft wing should stall at the roots first, rather than at the tips where the ailerons are located. (Stalling at the tips first renders the ailerons ineffective for roll control.) Usually a twist, or

Answer 5

Conditions:

1) Spins results from a disruption of airflow over the wing.
2).  When angle of attack on the wing of an aircraft reaches the stalling angle the aircraft.

Answer 6

There are few conditions. Gravity {weight), lift, thrust, and drag are terms that are familiar, as are the three axes of flight: roll, pitch, and yaw. To understand a spin, there are some other terms to become familiar with: