An airplane with a 100-meter wingspan is flying at 150 m/s on a heading sixty de
ID: 1500902 • Letter: A
Question
An airplane with a 100-meter wingspan is flying at 150 m/s on a heading sixty degrees west of north, and is following a 30-degree descent angle from the horizontal because it is coming in for a landing. The earth's magnetic field is 50 microteslas oriented straight down. What is the induced voltage difference between the wing tips and which wing (left or right) is positive? An airplane with a 100-meter wingspan is flying at 150 m/s on a heading sixty degrees west of north, and is following a 30-degree descent angle from the horizontal because it is coming in for a landing. The earth's magnetic field is 50 microteslas oriented straight down. What is the induced voltage difference between the wing tips and which wing (left or right) is positive?Explanation / Answer
Ans :- = -Blv sin
= -50*10^-6*100*150*sin60
= -0.6495V
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