In a given reference frame xOy, a point-like particle is moving with motion equations x(t)=t m/s...

 

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In a given reference frame xOy, a point-like particle is moving with motion equations x(t)=t³ m/s³ 6 t² m/s² + 3 m and y(t) =t² m/s². 1) Determine the time(s) at which the x component of the velocity is zero 2) Determine the time(s) at which the y component of the velocity is zero 3) Determine the time(s) at which the x component acceleration is zero 4) Determine the time(s) at which they component acceleration is zero 5) Determine the time(s) at which the velocity is null 6) Determine the time(s) at which the acceleration is null In a given reference frame xOy, a point-like particle is moving with motion equations x(t)=t³ m/s³ 6 t² m/s² + 3 m and y(t)=t² m/s². 1) Determine the time(s) at which the x component of the velocity is zero 2) Determine the time(s) at which the y component of the velocity is zero 3) Determine the time(s) at which the x component acceleration is zero 4) Determine the time(s) at which the y component acceleration is zero 5) Determine the time(s) at which the velocity is null 6) Determine the time(s) at which the acceleration is null In a given reference frame xOy, a point-like particle is moving with motion equations x(t)=t³ m/s³ 6 t² m/s² + 3 m and y(t) =t² m/s². 1) Determine the time(s) at which the x component of the velocity is zero 2) Determine the time(s) at which the y component of the velocity is zero 3) Determine the time(s) at which the x component acceleration is zero 4) Determine the time(s) at which they component acceleration is zero 5) Determine the time(s) at which the velocity is null 6) Determine the time(s) at which the acceleration is null In a given reference frame xOy, a point-like particle is moving with motion equations x(t)=t³ m/s³ 6 t² m/s² + 3 m and y(t)=t² m/s². 1) Determine the time(s) at which the x component of the velocity is zero 2) Determine the time(s) at which the y component of the velocity is zero 3) Determine the time(s) at which the x component acceleration is zero 4) Determine the time(s) at which the y component acceleration is zero 5) Determine the time(s) at which the velocity is null 6) Determine the time(s) at which the acceleration is null