The graph is imo a little irritating as I wold prefer the axes to be turned around. The table gives a velocity, so read across and find the predicted energy from the equation (dotted line) and the actual energy (curved line). Then subtract them and make sure you get a positive result. Do that for each missing value in the table.
EDIT: your Y axis is v2 btw, so you want to use the value from that column, not the v one.
The graph is imo a little irritating as I wold prefer the axes to be turned around. The table gives a velocity, so read across and find the predicted energy from the equation (dotted line) and the actual energy (curved line). Then subtract them and make sure you get a positive result. Do that for each missing value in the table.
EDIT: your Y axis is v2 btw, so you want to use the value from that column, not the v one.
The graph is imo a little irritating as I wold prefer the axes to be turned around. The table gives a velocity, so read across and find the predicted energy from the equation (dotted line) and the actual energy (curved line). Then subtract them and make sure you get a positive result. Do that for each missing value in the table.
EDIT: your Y axis is v2 btw, so you want to use the value from that column, not the v one.
You've calculated an amount of "extra" energy that the particles have. You've been told to find the increase in their mass due to relativistic effects.