(6%) Problem 16: A ball of clay with mass $m_1 = 0.381$ kg has an initial velocity
$\vec{v}_1 = v_1 \hat{i} = (3.28 \text{ m/s}) \hat{i}$
A second ball of clay with mass $m_2 = 0.297$ kg has an initial velocity
$\vec{v}_2 = v_2 \hat{j} = (1.44 \text{ m/s}) \hat{j}$
The two balls collide, and they stick together.
33% Part (a) Using the symbols provided in the palette below, not their numeric equivalents, enter an expression, in Cartesian unit-vector notation, for the total
momentum of the system.
$\vec{p}_{total} = $
33% Part (b) Find the $x$ component, in meters per second, of the velocity after the collision.
33% Part (c) Find the $y$ component, in meters per second, of the velocity after the collision.