The acceleration, f(t) at time (t) of a particle is defined by following equation. f(t)=t^4+3 t^3 +15t+25 The velocity of a particle at t =1 sec, is 5.5 metre per second and displacement is equal to 9 m. Find the displacement and velocity of a particle when t = 3 sec.
The acceleration, f(t) at time (t) of a particle is defined by following equation. f(t)=t^4+3 t^3 +15t+25 The velocity of a particle at t =1 sec, is 5.5 metre per second and displacement is equal to 9 m. Find the displacement and velocity of a particle when t = 3 sec.
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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The acceleration, f(t) at time (t) of a particle is defined by following equation.
f(t)=t^4+3 t^3 +15t+25
The velocity of a particle at t =1 sec, is 5.5 metre per second and displacement is equal to 9 m.
Find the displacement and velocity of a particle when t = 3 sec.
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VIEWStep 2: Showing the integration as follows
VIEWStep 3: Value of C1 is as follows
VIEWStep 4: Expression for displacement is as follows
VIEWStep 5: Calculate C2 value as follows
VIEWStep 6: Value of Velocity at 3 sec is as follows
VIEWStep 7: Value of displacement at 3 sec is as follows
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