1.5 The position vector of a particle P with respect to a stationary point O changes with time according to the law r =b sin ω t+ c cos ω t where b and c are constant vectors with r perpendicular to c and ω is a positive constant. Find the equation of the path of the particle y= f(x) and approximate path assuming x and y axes to coincide with the direction of the vectors b and c respectively and to have the origin at the point O

1.5 The position vector of a particle P with respect to a stationary p

1.	1.5 The position vector of a particle P with respect to a stationary point O changes with time according to the law r =b sin ω t+ c cos ω t where b and c are constant vectors with r perpendicular to c and ω is a positive constant. Find the equation of the path of the particle y= f(x) and approximate path assuming x and y axes to coincide with the direction of the vectors b and c respectively and to have the origin at the point O
Answer» 1.5 The position vector of a particle P with respect to a stationary point O changes with time according to the law r =b sin ω t+ c cos ω t where b and c are constant vectors with r perpendicular to c and ω is a positive constant. Find the equation of the path of the particle y= f(x) and approximate path assuming x and y axes to coincide with the direction of the vectors b and c respectively and to have the origin at the point O

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