6. A particle travels in a straight line from A to B in 20s. Its acceleration t seconds after leaving A is a ms-2, where a = 160 t² -t³. It is given that the particle comes to rest at B. 800 (i) Show that the initial speed of the particle is zero. (ii) Find the maximum speed of the particle. (iii) Find the distance AB.

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ISBN:9780470458365
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6. A particle travels in a straight line from A to B in 20s. Its acceleration t seconds after leaving A is a ms-², where
t -
160
t3. It is given that the particle comes to rest at B.
a =
800
(i)
Show that the initial speed of the particle is zero.
(ii)
Find the maximum speed of the particle.
(iii) Find the distance AB.
Transcribed Image Text:6. A particle travels in a straight line from A to B in 20s. Its acceleration t seconds after leaving A is a ms-², where t - 160 t3. It is given that the particle comes to rest at B. a = 800 (i) Show that the initial speed of the particle is zero. (ii) Find the maximum speed of the particle. (iii) Find the distance AB.
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