1. Plasticine balls with masses of 200 g and 150 g move along a straight line towards each other at speeds v=0.5m/s and v_(.,)=1m/s There is an absolutely inelastic collision between the balls. a) What are the projections of the velocities of the balls on the x-axis directed along the velocity of the first ball? b).How is the velocity of the body formed as a result of collision directed? b) What is the projection of the velocity of the formed body on the x axis?

a) The projections of the velocities of the balls on the x-axis directed along the velocity of the first ball can be calculated using the formula: where is the projection of the velocity of the first ball on the x-axis, is the velocity of the first ball, and is the angle between the velocity and the x-axis.Since the balls are moving along a straight line towards each other, the angle is 0 degrees. Therefore, the projection of the velocity of the first ball on the x-axis is: Similarly, the projection of the velocity of the second ball on the x-axis is: b) The velocity of the body formed as a result of the collision is directed along the velocity of the first ball. This is because the collision is absolutely inelastic, meaning the two balls stick together and move as a single body after the collision.c) The projection of the velocity of the formed body on the x-axis is the same as the projection of the velocity of the first ball on the x-axis, which is: