Question

6. Find parametric equations that describe the movement of a particle that passes through (7,2) one second after leaving the point (1,6). What if the particle passes through (7,2) two seconds after leaving (1,6)?

Name: 6. Find parametric equations that describe the movement of a particle that passes through (7,2) one second after leaving the point (1,6). What if the particle passes through (7,2) two seconds after leaving (1,6)?
Uploaded: 2022-05-09T15:07:38-08:00
Duration: 1 min 49 s
Channel: Israel Hernandez
Description: 6. Find parametric equations that describe the movement of a particle that passes through (7,2) one second after leaving the point (1,6). What if the particle passes through (7,2) two seconds after leaving (1,6)?

          6. Find parametric equations that describe the movement of a particle that passes through (7,2) one second after leaving the point (1,6). What if the particle passes through (7,2) two seconds after leaving (1,6)?

6. Find parametric equations that describe the movement of a particle that passes through (7,2) one second after leaving the point (1,6). What if the particle passes through (7,2) two seconds after leaving (1,6)?

Added by Kevin C.

Elementary and Intermediate Algebra

Alan S. Tussy, R. David Gustafson 5th Edition

Instant Answer

Solved by Expert Israel Hernandez

05/09/2022

Step 1

The direction vector can be found by subtracting the initial point from the final point. Direction vector = (7, 2) - (1, 6) = (7-1, 2-6) = (6, -4) Show more…

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Find parametric equations that describe the movement of a particle that passes through (7,2) one second after leaving the point (1,6). What if the particle passes through (7,2) two seconds after leaving (1,6) ? 6. Find parametric equations that describe the movement of a particle that passes through (7,2) one sccond after leaving the point(1,6).What if thc particle passes through (7,2) two seconds after leaving(1,6)?