The diagram at right shows the view looking straight down on two balls sitting on a frictionless table. The +y axis balls have masses my and my. Initially, ball A has speed vA and is moving along the +x-axis. Ball B initially has speed up and is moving along the ty- B axis. Later, the two balls stick together and have +x axis speed of at an angle of 0 above the +x axis. Assume that the system consists of the two balls. B mp Initial Final Draw the horizontal and vertical momentum bar graphs that correspond to this situation. x-Direction Graph y-Direction Graph Initial Momentum + Impulse = Final Momentum Initial Momentum + Impulse = Final Momentum + Pos + E P + E A S Congratulations. Your bar graph is correct! Congratulations. Your bar graph is correct! Write the equations that correspond to the two bar graphs. Each equation must be written in terms of the variables in the problem statement. X-Direction Equation y-Direction Equation MAYA= MAY f cos (0) + mBU ; cos( 0) mB B= MAYfin(0) + mguy sin(@) The following values are known: MA=3.48 kg VA=2.25 m/'s mg=4.54 kg UB=3.07 m/s Determine the values of both of (in m/s) and 0 (in degrees). Uf m/'s