The displacement of a body varies with the time according to the relation s= 2t2+3t+4.
Find its velocity at t = 3 s.
Answers
Answer:
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Explanation:
The displacement is given as: y=ut+
The displacement is given as: y=ut+ 2
The displacement is given as: y=ut+ 21
The displacement is given as: y=ut+ 21
The displacement is given as: y=ut+ 21 at
The displacement is given as: y=ut+ 21 at 2
The displacement is given as: y=ut+ 21 at 2
The displacement is given as: y=ut+ 21 at 2 where, u is the initial velocity and a is the acceleration.
The displacement is given as: y=ut+ 21 at 2 where, u is the initial velocity and a is the acceleration.Comparing with given expression: y=16t−2t
The displacement is given as: y=ut+ 21 at 2 where, u is the initial velocity and a is the acceleration.Comparing with given expression: y=16t−2t 2
The displacement is given as: y=ut+ 21 at 2 where, u is the initial velocity and a is the acceleration.Comparing with given expression: y=16t−2t 2 /3+2,
The displacement is given as: y=ut+ 21 at 2 where, u is the initial velocity and a is the acceleration.Comparing with given expression: y=16t−2t 2 /3+2,u=16m/s, a=−
The displacement is given as: y=ut+ 21 at 2 where, u is the initial velocity and a is the acceleration.Comparing with given expression: y=16t−2t 2 /3+2,u=16m/s, a=− 3
The displacement is given as: y=ut+ 21 at 2 where, u is the initial velocity and a is the acceleration.Comparing with given expression: y=16t−2t 2 /3+2,u=16m/s, a=− 34
The displacement is given as: y=ut+ 21 at 2 where, u is the initial velocity and a is the acceleration.Comparing with given expression: y=16t−2t 2 /3+2,u=16m/s, a=− 34
The displacement is given as: y=ut+ 21 at 2 where, u is the initial velocity and a is the acceleration.Comparing with given expression: y=16t−2t 2 /3+2,u=16m/s, a=− 34 m/s
The displacement is given as: y=ut+ 21 at 2 where, u is the initial velocity and a is the acceleration.Comparing with given expression: y=16t−2t 2 /3+2,u=16m/s, a=− 34 m/s 2
The displacement is given as: y=ut+ 21 at 2 where, u is the initial velocity and a is the acceleration.Comparing with given expression: y=16t−2t 2 /3+2,u=16m/s, a=− 34 m/s 2
The displacement is given as: y=ut+ 21 at 2 where, u is the initial velocity and a is the acceleration.Comparing with given expression: y=16t−2t 2 /3+2,u=16m/s, a=− 34 m/s 2 As, v=u+at, where v is f
Answer:
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