An airplane attempting to fly higher than 30,000 feet may encounter several challenges, including decreased air pressure and temperature, which can affect engine performance and aerodynamics. Most commercial aircraft are designed to operate within a specific altitude range, and exceeding that limit could lead to a loss of lift and potential engine failure. Additionally, oxygen levels become insufficient at higher altitudes, risking hypoxia for the crew and passengers if supplemental oxygen is not provided. Ultimately, the aircraft may be unable to maintain stable flight, necessitating a descent to a safer altitude.
most likely no. the real damage is happening on the ground.
25000 to 30000 im guessing
2% of 30000 = 2% * 30000 = 0.02 * 30000 = 600
29% of 30000 = 29% * 30000 = 0.29 * 30000 = 8700
7 % of 30000 = 7/100 * 30000 = 0.07 * 30000 = 2100
30000
30000 or 30000 over 1 _____ 1
30,000.
1 percent of 30000 = 3001% of 30000= 1% * 30000= 0.01 * 30000= 300
15% of 30,000= 15% * 30000= 0.15 * 30000= 4,500
30000 sec = 30000/60 = 500 minutes.
30% of 30,000= 30% * 30000= 0.3 * 30000= 9,000