find-the-velocity-of-a-20-kg-block-at-t-40s-initially-at-rest-when-subjected-to-

Question

Find the velocity of a 2.0-kg block at t = 3.0s, initially at rest, when subjected to two forces: ﻿F1→\overrightarrow{$$F_1$$}F1​​﻿ = (17﻿i→\overrightarrow{i}i﻿ + 13﻿j→\overrightarrow{j}j​﻿)N, ﻿F2→\overrightarrow{$$F_2$$}F2​​﻿ = (-11﻿i→\overrightarrow{i}i﻿ + 23﻿j→\overrightarrow{j}j​﻿)N.

Accepted Answer

(9﻿i→\overrightarrow{i}i﻿+ 54﻿j→\overrightarrow{j}j​﻿)m/s

Answer

(-9﻿i→\overrightarrow{i}i﻿+ 45﻿j→\overrightarrow{j}j​﻿)m/s

Answer

(8﻿i→\overrightarrow{i}i﻿+ 54﻿j→\overrightarrow{j}j​﻿)m/s

Answer

(-11﻿i→\overrightarrow{i}i﻿+ 55﻿j→\overrightarrow{j}j​﻿)m/s

Find the velocity of a 2.0-kg block at t = 3.0s, initially at rest, when subjected to two forces: F1→\(\overrightarrow{F_1}\)F1 = (17i→\(\overrightarrow{i}\)i + 13j→\(\overrightarrow{j}\)j)N, F2→\(\overrightarrow{F_2}\)F2 = (-11i→\(\overrightarrow{i}\)i + 23j→\(\overrightarrow{j}\)j)N.

Find the velocity of a 2.0-kg block at t = 3.0s, initially at rest, when subjected to two forces: $\overrightarrow{F_1}$ = (17 $\overrightarrow{i}$ + 13 $\overrightarrow{j}$ )N, $\overrightarrow{F_2}$ = (-11 $\overrightarrow{i}$ + 23 $\overrightarrow{j}$ )N.