When lift equals weight, the aircraft remains at

Prepare for the JetBlue KSV Level 1 Test with comprehensive study materials. Use flashcards, multiple choice questions, hints, and detailed explanations to ensure exam success.

Multiple Choice

When lift equals weight, the aircraft remains at

Explanation:
When lift equals weight, the vertical forces are balanced, so there is no net vertical push or pull. The airplane stays at the same altitude because it isn’t being accelerated upward or downward. If lift exceeded weight, it would climb; if lift were less than weight, it would descend. Moving forward depends on thrust overcoming drag, not on the lift-weight balance, so you can be moving forward at a constant altitude.

When lift equals weight, the vertical forces are balanced, so there is no net vertical push or pull. The airplane stays at the same altitude because it isn’t being accelerated upward or downward. If lift exceeded weight, it would climb; if lift were less than weight, it would descend. Moving forward depends on thrust overcoming drag, not on the lift-weight balance, so you can be moving forward at a constant altitude.

More Multiple Choice Questions
Subscribe

Get the latest from Passetra

You can unsubscribe at any time. Read our privacy policy