3. A particle is moving upward to the right along the path y = x² + 26 where x and y are in meters. The formula of displacement as a function of time is x = t? – t + 4. Determine the following parameters at x=6m: (a) (i) time and (ii) vertical displacement when x = 6m (b) magnitude of the (i) x-component of velocity (ii) y-component of velocity (iii) velocity (c) magnitude of the (i) x-component of acceleration (ii) y-component of acceleration (iii) acceleration

3. A particle is moving upward to the right along the path y = x² + 26 where x and y are in meters. The formula of displacement as a function of time is x = t? – t + 4. Determine the following parameters at x=6m: (a) (i) time and (ii) vertical displacement when x = 6m (b) magnitude of the (i) x-component of velocity (ii) y-component of velocity (iii) velocity (c) magnitude of the (i) x-component of acceleration (ii) y-component of acceleration (iii) acceleration

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Question

A particle is moving upward to the right along the path ? = ?
2 + 26 where x and y are in meters. The
formula of displacement as a function of time is ? = ?
2 − ? + 4. Determine the following parameters at
x=6m:

(a) (i) time and (ii) vertical displacement when x = 6m
(b) magnitude of the (i) x-component of velocity (ii) y-component of velocity (iii) velocity
(c) magnitude of the (i) x-component of acceleration (ii) y-component of acceleration (iii) acceleration

3. A particle is moving upward to the right along the path y = x² + 26 where x and y are in meters. The
formula of displacement as a function of time is x = t? – t + 4. Determine the following parameters at
x=6m:
(a) (i) time and (ii) vertical displacement when x = 6m
(b) magnitude of the (i) x-component of velocity (ii) y-component of velocity (iii) velocity
(c) magnitude of the (i) x-component of acceleration (ii) y-component of acceleration (iii) acceleration

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