(w)^(2)-st+6t^(3)-6t^(3)+11t-6

t^(3)+t^(2)+t+6=0

int(2e^(t))/(e^(3t)-6e^(2t)+11e^(t)-6)dt

A particle start at t=0 from origin alongs x axis and its velcoity is given by v=t^(3)-6t^(2)+11t-6 .Positive direction of x axis is considered as direction in the changing of velocity .total distance covered by the particle with negative velocity is

A particle start at t=0 from origin alongs x axis and its velcoity is given by v=t^(3)-6t^(2)+11t-6 .Positive direction of x axis is considered as direction in the changing of velocity .total distance covered by the particle with negative velocity is

The magnetic flux through a coil varies with time t as follows: phi_(t) = (8t^(3) - 6t^(2) + t - 5) Wb What is the induced current through the coil at t = 4 s, given that the resistance of the coil is 10 Omega and the magnetic flux through the coil is perpendicular to its plane?

A unit tengent vector at t = 2 on the curve x=t^(2)+2, y=4t^(3)-5,z=2t^(2)-6t is

What must be added to 11t^(3)+5t^(4)+6t^(5)-3t^(2)+t+5 , so that the resulting polynomial is exactly divisible by 4-2t+3t^(2) ?

What must be added to 11t^(3)+5t^(4)+6t^(5)-3t^(2)+t+5 , so that the resulting polynomial is exactly divisible by 4-2t+3t^(2) ?

Subtract : 3t ^(4) - 4t ^(3) + 2t ^(2) - 6t + 6 from - 4t ^(4) + 8t ^(3) - 4t ^(2) - 2t + 11

The position of a body wrt time is given by x = 3t^(3) -6t^(2) + 12t + 6 . If t = 0, the acceleration is___________