Across the Periodic Table I. (Graph: 10 points total)
For elements in period 2, use the data below to create an XY scatter plot (line graph) of atomic radius a function of atomic number. You may use the graphing software of your choice. Contact your instructor if you need help with this part of the assignment.
Be sure to follow the tips below to make sure your graph is complete. * Include an appropriate title for your graph. (1 point) * Atomic number should be on the x-axis. (1 point) * Atomic Radius should be on the y-axis. (1 point) * Be sure that each axis has a scale that is evenly spaced and appropriate for the range of data. (3 points) * Plan the scale of the graph so that the graph fills the whole page. (2 points) * Label each axis appropriately, with the name and units of measurement. (2 points)
Atomic Radius data for period 2 Element | Atomic
Number | Atomic
Radius (pm) | Lithium | 3 | 152 | Beryllium | 4 | 113 | Boron | 5 | 88 | Carbon | 6 | 77 | Nitrogen | 7 | 70 | Oxygen | 8 | 66 | Fluorine | 9 | 64 | Neon | 10 | 58 |
Part II: Atomic Radius Trend Going
Down a Group II. (Graph: 10 points total)
Now we are going to look at the trend for atomic radius going down (top to bottom) group 14 on the periodic table. Use the data below to create an XY scatter plot (line graph) of atomic radius as a function of the period number.
Be sure to follow the tips below to make sure your graph is complete. * Include an appropriate title for your graph. (1 point) * Period number should be on the x-axis. (1 point) * Atomic Radius should be on the y-axis. (1 point) * Be sure that each axis has a scale that is evenly spaced and appropriate for the range of data. (3 points) * Plan the scale of the graph so that the graph fills the whole page. (2 points) * Label each axis (name and units