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QUESTION 1: The velocity of a particle v(t)= Br² + Ft+G m/s . At time t = (A+6)s, the position of the particle is (A+5)m. Unit of t is seconds. B=(A+1)/50, F =(A+2)/10, G=(A/5+1)/5. ot a) Calculate the acceleration of the particle at time T= (A+ 10) s b) Calculate the position of the particle at time T = (A+10) s. %3D

QUESTION 1: The velocity of a particle v(t)= Br² + Ft+G m/s . At time t = (A+6)s, the position of the particle is (A+5)m. Unit of t is seconds. B=(A+1)/50, F =(A+2)/10, G=(A/5+1)/5. ot a) Calculate the acceleration of the particle at time T= (A+ 10) s b) Calculate the position of the particle at time T = (A+10) s. %3D

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Here A=4.5 please try to solve it in 30 minute
QUESTION 1: The velocity of a particle v(t)= Br² + Ft+G m/s . At time t = (A+6)s, the position of the particle is (A+5)m. Unit of t is seconds. B=(A+1)/50, F =(A+2)/10, G=(A/5+1)/5. ot %3D a) Calculate the acceleration of the particle at time T=(A+ 10) s b) Calculate the position of the particle at time T =(A+10) s. %3D
Transcribed Image Text:QUESTION 1: The velocity of a particle v(t)= Br² + Ft+G m/s . At time t = (A+6)s, the position of the particle is (A+5)m. Unit of t is seconds. B=(A+1)/50, F =(A+2)/10, G=(A/5+1)/5. ot %3D a) Calculate the acceleration of the particle at time T=(A+ 10) s b) Calculate the position of the particle at time T =(A+10) s. %3D
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