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aChordate
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Homework Statement
Homework Equations
B=F/|q0|vsinθ
V=IR
The Attempt at a Solution
V=500m/h = 8.05m/h = 223m/s
L=35m
B=0.50gauss
0.50g=F/|q0|*223m/s*sin90
Wouldn't V = vBL sin θ be more to the point?aChordate said:B=F/|q0|vsinθ
I guess you mean v=500mph = 805kph = 223m/sV=500m/h = 8.05m/h = 223m/s
aChordate said:Homework Statement
View attachment 59730
Homework Equations
B=F/|q0|vsinθ
V=IR
The Attempt at a Solution
V=500m/h = 8.05m/h = 223m/s
L=35m
B=0.50gauss
0.50g=F/|q0|*223m/s*sin90
The voltage difference of an airplane's wing in Earth's magnetic field is measured in order to ensure the safety and functionality of the aircraft. It helps to detect any potential issues with the electrical systems of the airplane and can also provide information about the strength and direction of the Earth's magnetic field.
This measurement is typically done using specialized instruments such as a magnetometer or a fluxgate compass. These instruments are mounted on the airplane and measure the magnetic field strength and direction, which can then be used to calculate the voltage difference.
Several factors can influence the voltage difference, including the strength and direction of the Earth's magnetic field, the speed and altitude of the airplane, and any electrical disturbances or malfunctions within the aircraft.
The voltage difference can affect the proper functioning of the airplane's electrical systems, such as navigation and communication equipment. It is crucial to monitor and maintain a stable voltage difference to ensure the safety and efficiency of the flight.
If the voltage difference is too high, it can cause electrical equipment to malfunction or fail, potentially leading to a loss of control of the aircraft. On the other hand, if the voltage difference is too low, it can also affect the proper functioning of electrical systems and compromise the safety of the flight. Therefore, it is essential to monitor and maintain a stable voltage difference during flight.