450 m A car, OAt the moment seen as 51 °, it is moving at a constant intensity of 56 km /h on a circular orbit with a radius of 450 m. Car B passes through the center of the circle at a constant speed of 116 km / h. The motion of car A is determined by polar coordinates placed in car B. Measured by an observer in car B A/B Find the value. Intermediate values for partial scoring; Relative speed of A with respect to B 25% in km /h The angle between the relative velocity of A with respect to B and the car A is 50% in degrees Radial com ponent of relative velocity of A with respect to B 100% in km / h
450 m A car, OAt the moment seen as 51 °, it is moving at a constant intensity of 56 km /h on a circular orbit with a radius of 450 m. Car B passes through the center of the circle at a constant speed of 116 km / h. The motion of car A is determined by polar coordinates placed in car B. Measured by an observer in car B A/B Find the value. Intermediate values for partial scoring; Relative speed of A with respect to B 25% in km /h The angle between the relative velocity of A with respect to B and the car A is 50% in degrees Radial com ponent of relative velocity of A with respect to B 100% in km / h
Related questions
Question
az
Transcribed Image Text:450 m
A car, OAt the moment seen as 51 °, it is moving at a constant intensity of 56 km /h on a circular orbit with a radius of 450
m. Car B passes through the center of the circle at a constant speed of 116 km / h. The motion of car A is determined by
polar coordinates placed in car B. Measured by an observer in car B TA/B Find the value.
Intermediate values for partial scoring;
Relative speed of A with respect to B 25% in km /h
The angle between the relative velocity of A with respect to B and the car A is 50% in degrees
Radial com ponent of relative velocity of A with respect to B 100% in km / h
Expert Solution
This question has been solved!
Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.
Step by step
Solved in 4 steps
