Two carts move together along a horizontal frictionless track. A spring coiledbetween the two carts is released, causing the carts to separate. The velocities of thecarts before and after this interaction are shown in the velocity-time graph below.-Cart t-Velocityww9999 9999 9999Sonne soon50000 30000 3000ww ww wwwww ww ww www99999000 90002000wwwwww000020090000wwwwwww m0000 0000 0000ww2015DODCwww.www www.www0900Cart 29020www www www ww30000 30000 30000wwwwwwwwww 8802 NNN www wwwwwwwwANNA10004www.Time (s)1)) Represent this process with a momentum bar chart for the system consisting ofthe two carts.1 2) Your friend says that Cart 1 has less mass than Cart 2 because it ends up with ahigher speed after the cart's separate and p = mv. Is your friend correct? If not,explain their error.

We are given velocity vs time graph. We are given the graph before collision and after collision. We…

rts move together along a horizontal frictionless track. A spring coiled in the two carts is released, causing the carts to separate. The velocities of the efore and after this interaction are shown in the velocity-time graph below. -Cart I Velocity +++ T 1 1 I 1 T 1 1 -Cart 2- Time (s) sent this process with a momentum bar chart for the system consisting of o carts. iend says that Cart 1 has less mass than Cart 2 because it ends up with a speed after the cart's separate and p = mv. Is your friend correct? If not, their error.

rts move together along a horizontal frictionless track. A spring coiled in the two carts is released, causing the carts to separate. The velocities of the efore and after this interaction are shown in the velocity-time graph below. -Cart I Velocity +++ T 1 1 I 1 T 1 1 -Cart 2- Time (s) sent this process with a momentum bar chart for the system consisting of o carts. iend says that Cart 1 has less mass than Cart 2 because it ends up with a speed after the cart's separate and p = mv. Is your friend correct? If not, their error.