make one plot that includes data of one of the periodic properties versus atomic number. (don't use group number) use the atomic number as the x-axis and the value for the property as the y-axis. label the y-axis accordingly. label the x-axis with the chemical symbols for the atomic numbers 1-38 (example N=7; Ni=28). plot each point for your property by placing a small circle for each atomic number at the corresponding value of the property. connect these points with a line. Note the cyclic nature of your graph.
We can use ionization energy to plot a graph between periodic properties v/s atomic number
atomic number | element | Ist Ionization energy(KJ/mo) |
1 | Hydrogen | 1312 |
2 | Helium | |
3 | Lithium | 520 |
4 | Be | 900 |
5 | B | 801 |
6 | C | 1087 |
7 | Ne | 1402 |
8 | O | 1314 |
9 | F | 1681 |
10 | Ne | 2081 |
11 | Na | 496 |
12 | Mg | 738 |
13 | Al | 578 |
14 | Si | 787 |
15 | P | 1012 |
16 | S | 1000 |
17 | Cl | 1251 |
18 | Ar | 1521 |
19 | K | 419 |
20 | Ca | 590 |
21 | Sc | 633 |
22 | Ti | 659 |
23 | V | 651 |
24 | Cr | 653 |
25 | Mn | 717 |
26 | Fe | 763 |
27 | Co | 760 |
28 | Ni | 737 |
29 | Cu | 746 |
30 | Zn | 906 |
31 | Ga | 579 |
32 | Ge | 762 |
33 | As | 947 |
34 | Se | 941 |
35 | Br | 1140 |
36 | Kr | 1351 |
37 | Rb | 403 |
38 | Sr | 550 |
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