the-force-acting-on-a-particle-P-of-mass-2kg-is-2ti-4j-N-P-is-initially-at-rest-at-point-with-position-vector-i-2j-Find-the-velocity-of-P-when-t-2-and-the-position-vector-when-t-2-

Tinku Tara June 4, 2023 Operation Research 0 Comments

Question Number 47233 by Rio Michael last updated on 06/Nov/18

the force acting on a particle P of mass 2kg is (2ti +4j)N. P is initially at rest at point with position vector (i+2j). Find the velocity of P when t=2 and the position vector when t=2.

$${the}\:{force}\:{acting}\:{on}\:{a}\:{particle}\:{P}\:{of}\:{mass}\:\:\mathrm{2}{kg}\:{is}\:\left(\mathrm{2}{ti}\:+\mathrm{4}{j}\right){N}. \\ $$$${P}\:{is}\:{initially}\:{at}\:{rest}\:{at}\:{point}\:{with}\:{position}\:{vector}\:\left({i}+\mathrm{2}{j}\right). \\ $$$${Find}\:{the}\:{velocity}\:{of}\:{P}\:{when}\:{t}=\mathrm{2}\:{and}\:{the}\:{position}\:{vector}\: \\ $$$${when}\:{t}=\mathrm{2}. \\ $$

Facebook Tweet Pin

the-force-acting-on-a-particle-P-of-mass-2kg-is-2ti-4j-N-P-is-initially-at-rest-at-point-with-position-vector-i-2j-Find-the-velocity-of-P-when-t-2-and-the-position-vector-when-t-2-

Leave a Reply Cancel reply