361805 A group of particles are projected from a point on a smooth horizontal surface with same speed and different angles then all the particles after some arbitrary time will be on

361806 The \(x\) and \(y\)-coordinates of a particle moving in a plane are given by \(x(t)=a \cos (p t)\) and \(y(t)=b \sin (p t)\), where \(a, b( < a)\) and \(p\) are positive constants of appropriate dimensions and \(t\) is time. Then, which of the following is not true?

361807 A body lying initially at point (3, 7) starts moving with a constant acceleration of \(4\hat i\). Its position after 3\(s\) is given by the coordinates:

361808 A particle starts from the origin at \(t = 0\,s\) with a velocity of \(10\hat j\,m{s^{ - 1}}\) and move in the \(x\)-\(y\) plane with a constant acceleration of \((8\hat i + 2\hat j)\,m{s^{ - 2}}\). At an instant when the \(x\)-coordinate of the particle is \(16m\), \(y\)-coordinate of the particle is:

361805 A group of particles are projected from a point on a smooth horizontal surface with same speed and different angles then all the particles after some arbitrary time will be on

361806 The \(x\) and \(y\)-coordinates of a particle moving in a plane are given by \(x(t)=a \cos (p t)\) and \(y(t)=b \sin (p t)\), where \(a, b( < a)\) and \(p\) are positive constants of appropriate dimensions and \(t\) is time. Then, which of the following is not true?

361807 A body lying initially at point (3, 7) starts moving with a constant acceleration of \(4\hat i\). Its position after 3\(s\) is given by the coordinates:

361808 A particle starts from the origin at \(t = 0\,s\) with a velocity of \(10\hat j\,m{s^{ - 1}}\) and move in the \(x\)-\(y\) plane with a constant acceleration of \((8\hat i + 2\hat j)\,m{s^{ - 2}}\). At an instant when the \(x\)-coordinate of the particle is \(16m\), \(y\)-coordinate of the particle is:

361805 A group of particles are projected from a point on a smooth horizontal surface with same speed and different angles then all the particles after some arbitrary time will be on

361806 The \(x\) and \(y\)-coordinates of a particle moving in a plane are given by \(x(t)=a \cos (p t)\) and \(y(t)=b \sin (p t)\), where \(a, b( < a)\) and \(p\) are positive constants of appropriate dimensions and \(t\) is time. Then, which of the following is not true?

361807 A body lying initially at point (3, 7) starts moving with a constant acceleration of \(4\hat i\). Its position after 3\(s\) is given by the coordinates:

361808 A particle starts from the origin at \(t = 0\,s\) with a velocity of \(10\hat j\,m{s^{ - 1}}\) and move in the \(x\)-\(y\) plane with a constant acceleration of \((8\hat i + 2\hat j)\,m{s^{ - 2}}\). At an instant when the \(x\)-coordinate of the particle is \(16m\), \(y\)-coordinate of the particle is:

361805 A group of particles are projected from a point on a smooth horizontal surface with same speed and different angles then all the particles after some arbitrary time will be on

361806 The \(x\) and \(y\)-coordinates of a particle moving in a plane are given by \(x(t)=a \cos (p t)\) and \(y(t)=b \sin (p t)\), where \(a, b( < a)\) and \(p\) are positive constants of appropriate dimensions and \(t\) is time. Then, which of the following is not true?

361807 A body lying initially at point (3, 7) starts moving with a constant acceleration of \(4\hat i\). Its position after 3\(s\) is given by the coordinates:

361808 A particle starts from the origin at \(t = 0\,s\) with a velocity of \(10\hat j\,m{s^{ - 1}}\) and move in the \(x\)-\(y\) plane with a constant acceleration of \((8\hat i + 2\hat j)\,m{s^{ - 2}}\). At an instant when the \(x\)-coordinate of the particle is \(16m\), \(y\)-coordinate of the particle is: