Cooper 224 1 pt The graph below shows the position on a line

Cooper 2.2.4 (1 pt) The graph below shows the position on a line of an object plotted against time. position qu (4) 50 40 time 30 qu (2) 0.5 2.5 5/7.5 T0 17.5 1517 -0.5 10 tions Use the graph marked qu(4). You will find it much easier to use the graph on page 41 of the text book. Make a table of values from the graph space at x-intervals of 0.5. From your table, fill in the followng: 0 0.5 as: swers?

Solution

Here on the graph qu(4) we have variation of y with respect to x.

Where x is independent quantity for this motion and while y is dependent quantity. Here we see that motion is simple harmonic motion as position is varying with respect to time is harmonic in nature and plotted on qu(2).

For the better interpretation of this graph kindly refer to mentioned page number where you will have the name of quantities plotted against each other on qu(4) which are related to each other. If we could see still nature on qu(4) is more or less harmonic with some noise.