﻿ The motion of a particle is described by the equation X= at+bt2 where a= 15 cm S-1 and b = 3 cm S-2, Its instantaneous velocity at t= 3 sec , 26.02.2020 13:10, bhavya1650

# The motion of a particle is described by the equation X= at+bt2 where a= 15 cm S-1 and b = 3 cm S-2, Its instantaneous velocity at t= 3 sec will be a) 33 cm S-1 (b) 18 cm S-1 (c) 16 cm S-1 (d) 32 cm S-2 ​ Answers: 3  ### Other questions on the subject: Physics Physics, 19.08.2019 03:00, tegery
Is it possible that a force is acting on a body but still the work done is zero explain with an example?
Answers: 1 Physics, 19.08.2019 20:00, dhvani6272
Agame of billiards a ball of mass 100 gram it's another ball of same mass at rest with the velocity of 10m/s^-1 and then comes to rest the second ball start moving. what is the velocity of the second ball​
Answers: 2 Physics, 19.08.2019 22:00, akshat8712
Why is it difficult to drag a mat when someone is sitting on it?
Answers: 1 Physics, 19.08.2019 23:00, divyanshu7571
Find the magnitude of the velocity of the baseball just before it strikes the building"
Answers: 1
Do you know the correct answer?
The motion of a particle is described by the equation X= at+bt2 where a= 15 cm S-1 and b = 3 cm S-2,...

### Questions in other subjects:          Total solved problems on the site: 25135296