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Vg- 600 km/h 75° =960M km/h B ag=200 km/h? a4= 100 km/h? it

Vg- 600 km/h 75° =960M km/h B ag=200 km/h? a4= 100 km/h? it

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Vg- 600 km/h 75° V4=960M km/h A B ag=200 km/h? a=100 km/h? Figure Q3 it
Transcribed Image Text:Vg- 600 km/h 75° V4=960M km/h A B ag=200 km/h? a=100 km/h? Figure Q3 it
Q3. An airplane A is flying along a straight path, while an aerobatic plane B is flying along a circular path having a radius of curvature of 250 km as shown in Figure Q3. Both plane A and B are flying at the same altitude. At the instant shown, plane A fly at the velocity of 964M km/h while plane B fly at the velocity of 600 km/h. Also at this instant, plane A has an increase velocity of 100 km/h? and plane B has a decrease velocity of 200 km/h?. The angle between straight path of plane A and the horizontal line is 0=75°. (a). Calculate the magnitude and direction of velocity of plane B as measured by the pilot of plane A. b). Determine the magnitude and direction of acceleration of plane B with respect to plane
Transcribed Image Text:Q3. An airplane A is flying along a straight path, while an aerobatic plane B is flying along a circular path having a radius of curvature of 250 km as shown in Figure Q3. Both plane A and B are flying at the same altitude. At the instant shown, plane A fly at the velocity of 964M km/h while plane B fly at the velocity of 600 km/h. Also at this instant, plane A has an increase velocity of 100 km/h? and plane B has a decrease velocity of 200 km/h?. The angle between straight path of plane A and the horizontal line is 0=75°. (a). Calculate the magnitude and direction of velocity of plane B as measured by the pilot of plane A. b). Determine the magnitude and direction of acceleration of plane B with respect to plane
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