Plane A has speed VA-335 km/h at the position shown. Plane A increases its speed at a constant rate and acquires a speed of 480 km/h by the time it reaches position E. Plane has the speed vg-410 km/h in the position shown. Plane B experiences a steady deceleration of 2.0 m/s2. Relative to the pilot in plane B, what are the velocities and accelerati which plane A appears to have when it is at positions Cand E? Solve for the: B UB +4" 270 m 520 38⁰ 250 m tangential component a of acceleration of plane A velocity VAC of plane A when it reaches point C. 480 m
Plane A has speed VA-335 km/h at the position shown. Plane A increases its speed at a constant rate and acquires a speed of 480 km/h by the time it reaches position E. Plane has the speed vg-410 km/h in the position shown. Plane B experiences a steady deceleration of 2.0 m/s2. Relative to the pilot in plane B, what are the velocities and accelerati which plane A appears to have when it is at positions Cand E? Solve for the: B UB +4" 270 m 520 38⁰ 250 m tangential component a of acceleration of plane A velocity VAC of plane A when it reaches point C. 480 m
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Transcribed Image Text:Plane A has speed VA-335 km/h at the position shown. Plane A increases its speed at a constant rate and acquires a speed of 480 km/h by the time it reaches position E. Plane B
has the speed vg = 410 km/h in the position shown. Plane B experiences a steady deceleration of 2.0 m/s2. Relative to the pilot in plane B, what are the velocities and accelerations
which plane A appears to have when it is at positions C and E?
Solve for the:
At
VAC"
m/s²
UB
m/s
270 m
52°
I
38⁰
tangential component a: of acceleration of plane A
velocity VAC of plane A when it reaches point C.
250 m
VA
480 m
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