1. ## velocity

position t>=0 is x(t)=(e^tsin(t), e^t, e^(t)cos(t))

find velocity in general and at t=0 and pi/2

so i think u just take the drivative of each and plug in 0 and pi over 2 but what does in general mean

2. Originally Posted by dat1611
position t>=0 is x(t)=(e^tsin(t), e^t, e^(t)cos(t))

find velocity in general and at t=0 and pi/2

so i think u just take the drivative of each and plug in 0 and pi over 2 but what does in general mean
"in general" means to get the velocity in terms of t