Determine the actual absolute velocity, Mechanical Engineering

Question:

As shown in the figure, the jet transport B is flying north with a velocity VB = 600 Km/h when a smaller aircraft A passes underneath the transport headed in the 60 degree direction shown. To passengers in B, however, A appears to be flying sideways and moving east. Determine the actual absolute velocity of A and the velocity of A appears to have relative to B.

1160_Determine the Actual Absolute Velocity.png

Posted Date: 2/18/2013 1:31:42 AM | Location : United States







Related Discussions:- Determine the actual absolute velocity, Assignment Help, Ask Question on Determine the actual absolute velocity, Get Answer, Expert's Help, Determine the actual absolute velocity Discussions

Write discussion on Determine the actual absolute velocity
Your posts are moderated
Related Questions
Kineti c (Dynamic) Friction: When applied force exceeds limiting friction the body starts moving over the other body and the friction of resistance experienced by the body a

Determine modulus of resilience: A steel specimen of 10 mm diameter & 50 mm gauge length was tested in tension and following observations were recorded. Load at upper yield

#what is the ratio between thirst pr. and discharge pr.? ..

describe about pendulum pump mechanism and diagram

hazard and safety measures when using utm machine

Interesting history of IGES: In the year of 1979, events took place that catalyzed the CAD vendor and user community to make the first national standard for CAD data exchange.

what are the common application of statics in industry

Cast Al Alloys Low melting temperature, good surface finish and insolubility to gases except H 2 are characteristics of these alloys. Significant drawback of cast aluminium a

Time Dilation The measurement of time involves the concept of clocks attached at each position co-ordinate of a Lorentz frame. As a consequence of Lorentz transformations, it i

At a point in a rectangular block of elastic material under strain, there is a tensile stress of 50MPa on one plane and a compressive stress of 30 MPa on a plane at right angles. T