A soccer ball is kicked from the top of a cliff in such a manner that its x and y components are given by x=(29.0(m)/(s))t and y=36.5m+(29.4(m)/(s))t-(4.90(m)/(s^(2)))t^(2), where x and y will be in meters when t is in seconds. Determine the following. (Express your answer in vector form.) (a) displacement of the ball during the time interval Del

Question

A soccer ball is kicked from the top of a cliff in such a manner that its

x

and

y

components are given by

x=(29.0(m)/(s))t

and

y=36.5m+(29.4(m)/(s))t-(4.90(m)/(s^(2)))t^(2)

, where

x

and

y

will be in meters when

t

is in seconds. Determine the following. (Express your answer in vector form.) (a) displacement of the ball during the time interval

\Delta t=0->3.00s

\Delta vec(r)=◻m

(b) average velocity of the ball during the time interval

\Delta t=0->3.00s

vec(v)_(avg )=(m)/(s)

(c) acceleration of the ball during the time interval

\Delta t=0->3.00s

vec(a)=

(m)/(s^(2))

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