Hi Hart,
So we will need to find the derivative of v(t) =, because a(t)=v'(t)
v(t)=5-(1.03*t^2)
v'(t)=0+2.06t (using the power rule)
now we plug in 6 for t into v't=a(t)
a(6)=2.06*6=12.36.
So the acceleration at t=6 is 12.36.
Hart G.
asked 01/27/21A particle moves along a straight line with velocity given by v(t) = 5-(1.03)^t^2 at time t ≥ 0. What is the acceleration of the particle at time t = 6?
Hi Hart,
So we will need to find the derivative of v(t) =, because a(t)=v'(t)
v(t)=5-(1.03*t^2)
v'(t)=0+2.06t (using the power rule)
now we plug in 6 for t into v't=a(t)
a(6)=2.06*6=12.36.
So the acceleration at t=6 is 12.36.
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