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13 Nov 2019
A particle moves according to a law of motion s = f(t), t ⥠0, where t is measured in seconds and s in feet. Please help with part H.
Apatide moves according to a law of motion s-nt), t o,where tis measured in seconds and s in feet. (a) Find the velccty at timet(In/s) 04-182 (b) What is the velocity atter 2 second(s)? (c) When is the particle at rest? s smaller value) s larger value) v' (d) whenåthe particle moving in the positive direction? ãEnter your answer using interval notation.) (4.5a) (e) Find the total distance travled during the first 11 seconds. ãRound your answer to two dermal places) V t f) Find the acceleration at time t (in -38 Find the acceleration after 2 second(). (g) Graph the pasition, velocity,and acceleration functions for the first 11 seconds 50 4 810 12 4 8012 20 10 12 (h) When, for 0st
A particle moves according to a law of motion s = f(t), t ⥠0, where t is measured in seconds and s in feet. Please help with part H.
Apatide moves according to a law of motion s-nt), t o,where tis measured in seconds and s in feet. (a) Find the velccty at timet(In/s) 04-182 (b) What is the velocity atter 2 second(s)? (c) When is the particle at rest? s smaller value) s larger value) v' (d) whenåthe particle moving in the positive direction? ãEnter your answer using interval notation.) (4.5a) (e) Find the total distance travled during the first 11 seconds. ãRound your answer to two dermal places) V t f) Find the acceleration at time t (in -38 Find the acceleration after 2 second(). (g) Graph the pasition, velocity,and acceleration functions for the first 11 seconds 50 4 810 12 4 8012 20 10 12 (h) When, for 0st
Patrina SchowalterLv2
29 Oct 2019