Two masses are held against springs, each are compressed by 25.0 cm. Both are released from rest, travel across the frictionless ground, and stick together when they collide. Find the velocity (magnitude and direction) of both masses right after the collision. m2 = 350 g k = 42.5 N/m k2 = 30.0 N/m mų = 200 g 25.0 cmi 25.0 cm 9.

Two masses are held against springs, each are compressed by 25.0 cm. Both are released from rest, travel across the frictionless ground, and stick together when they collide. Find the velocity (magnitude and direction) of both masses right after the collision. m2 = 350 g k = 42.5 N/m k2 = 30.0 N/m mų = 200 g 25.0 cmi 25.0 cm 9.