1. The problem statement, all variables and given/known data In a time of t seconds, a particle moves a distance of s meters from its starting point, where s=3t[tex]^2[/tex]+13. Find the average velocity between t=1 and t=1+h if (i) h=0.1 (ii) h=0.01 (iii) h=0.001 Use the obtained answers to estimate the instantaneous velocity of the particle at time t=1. The average velocity between t=1 and t=1+h (i) when h=0.1 is ____ m/s; (ii) when h=0.01 is ____ m/s; (iii) when h=0.001 is ____ m/s. The instantaneous velocity appears to be ______ m/s 2. Relevant equations 3. The attempt at a solution h=0.1 3(0.1)[tex]^2[/tex]+13=13.03 h=0.01 3(0.01)[tex]^2[/tex]+13=13.0003 h=0.001 3(0.001)[tex]^2[/tex]+13=13 What am I supposed to do next in this problem?