The position of a particle on the x-axis at time t, t > 0, is s(t) = e^t with t measured in seconds and s(t) measured in feet. what is the average velocity of the particle for 0 ≤ t ≤ in3? 3 2/ln3 3/ln3 3/2 also just tell me which on it is

0 ≤ t ≤ ln(3)

When t = 0


when t = ln(3)


We have two coordinates: (0, 1) and (ln(3), 3)

The rate of change = The difference in y-coordinates ÷ the difference in x-coordinates

The rate of changes  = [3 - 1] ÷ [ln(3) - 0] = 2/ln(3)

2/ln(3)

The first one, i believe, would be correct. all the others have one thing in common, and that's that they have repeating numbers. in the second one, x and y have repeating 6's and 3's, and in the third, x and y have repeating 6's as well. in the last one, there are repeating 3's. the first one has no repeating numbers.