t(s) 10 The acceleration-time relationship of a particle making linear motion is given in the figure. The particle starts to move from the position x, +15m with an initial velocity of V, 3.28 m/s. According to this a) Find the position of the particle at time t= 10 s. b) Calculate the total distance traveled in the time period 0Sts 10 s c) Obtain v-t and x-t relations in the interval 1sts2s Note : Take e=2.72. 2.
t(s) 10 The acceleration-time relationship of a particle making linear motion is given in the figure. The particle starts to move from the position x, +15m with an initial velocity of V, 3.28 m/s. According to this a) Find the position of the particle at time t= 10 s. b) Calculate the total distance traveled in the time period 0Sts 10 s c) Obtain v-t and x-t relations in the interval 1sts2s Note : Take e=2.72. 2.
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Transcribed Image Text:a(m/s)
4
e'-1
12
10
t(s)
The acceleration-time relationship of a particle making linear motion is given in the figure. The particle
starts to move from the position x,=+15m with an initial velocity of V, 3.28 m/s.According to this
a) Find the position of the particle at time t = 10 s.
b) Calculate the total distance traveled in the time period 0ts 10 s
c) Obtain v-t and x-t relations in the interval Ist<2s
Note : Take e-2.72.
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