Answer:
a what
well it wouldn't matter because it's not counted a planet anyway
Explanation:
A. You have to manage your approach and landing at speeds higher than normal.
The ice has changed the shape of the wings, and you can't count on having the normal amounts of lift and drag if you come in at normal speeds.
V1 =16 m/s and V2 =24 m/s. Constant acceleration = 9.8 m/s. The range for a horizontal drop is R=V1* the square root(2h/g. R1=16 * the square root of 2*5.4/9.8. =16.796 meters. And R2= 24 * the square root of 2*5.4/9.8 = 25.194. R2 - R1 = how far apart the two vessel will be. 25.194 - 16.796 = 8.398 or 8.4 meters
C.
Newton’s Second Law is F=ma (force is equal to the mass multiplied by acceleration), however, the equation can be rearranged to isolate and calculate mass from force over acceleration. Therefore, m=F/a