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 transition metals, and then some non-metals. The periodic table is shown below in picture form, and a table is given with molar masses and common ionic charges. Also in the table is a list of common ion groups (similar to carbonate, nitrate, etc. in our world.) Below is a table showing the molar masses and common ionic charges Element Symbol Atomic Number Atomic Mass 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 name for the chemical formula JpEt2?
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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
Below is a table showing the molar masses and common ionic charges
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 name for the chemical formula JpEt2?
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