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In an alien world, a different periodic table exists. It is organized similar to the periodic table in our world, just smaller. The first group contains the alkali metals, the second group the alkaline earth metals, there are a few
| Element | Symbol | Common Charge(s) | FixedOrVariable | Element or Group | Name of anion | ||
|---|---|---|---|---|---|---|---|
| Hydrogen | H | 0 | |||||
| Jellium | J | 1 | 1.28 | 2 | Fixed | Element | |
| Dogium | D | 2 | 2.48 | -3 | Fixed | Element | Dogide |
| Gorillium | G | 3 | 4.87 | -2 | Fixed | Element | Gorillide |
| Monkium | M | 4 | 7.27 | -1 | Fixed | Element | Monkide |
| Jucium | Oj | 5 | 9.39 | 1 | Fixed | Element | |
| Racium | R | 6 | 11.18 | 2 | Fixed | Element | |
| Romium | Ro | 7 | 14.05 | -3 | Fixed | Element | Romide |
| Julietium | Ju | 8 | 15.28 | -2 | Fixed | Element | Julietide |
| Piggium | Pg | 9 | 18.11 | -1 | Fixed | Element | Piggide |
| Randomium | Rm | 10 | 19.05 | 1 | Fixed | Element | |
| Juniorium | Jr | 11 | 21.08 | 2 | Fixed | Element | |
| Jeepium | Jp | 12 | 23.72 | 1, 2, 3 | Variable | Element | |
| Xraium | Xr | 13 | 25.21 | 2, 4 | Variable | Element | |
| Volcanium | Vo | 14 | 27.29 | 2, 3, 5 | Variable | Element | |
| Jaxium | Jx | 15 | 29.97 | -3 | Fixed | Element | Jaxide |
| Railrodium | Rr | 16 | 31.01 | -2 | Fixed | Element | Railrodide |
| Ethanium | Et | 17 | 33.87 | -1 | Fixed | Element | Ethide |
| Dogate | DG3 | -3 | Fixed | Group | |||
| Dogite | DG2 | -3 | Fixed | Group | |||
| Monkate | MG4 | -1 | Fixed | Group | |||
| Monkite | MG3 | -1 | Fixed | Group | |||
| Romate | RoG3 | -2 | Fixed | Group | |||
| Romite | RoG2 | -2 | Fixed | Group |
You can name compounds very similar to how we name them in our periodic table. For example, the compound JG would be named Jellium gorillide, and JrRoG3 would be named Juniorium romate.
Using this information, what is the proper chemical formula for the name Randomium julietide?
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