Alien Periodic Table 1 18 1 Pf Bo 2 13 14 15 16 17 2 Ch D E Fx G Nu A L 3 By

Alien Periodic Table 1 18 1 Pf Bo 2 13 14 15 16 17 2 Ch D E Fx G Nu A L 3 By

The Correct Answer and Explanation is:

To analyze the Alien Periodic Table and determine the correct answer, we need to identify how the elements in the alien table correspond to the periodic table of Earth elements, based on patterns such as group (column), period (row), and chemical properties.


Alien Periodic Table:

Group:     1      18     1    (repeats?)
Row 1:    Pf     Bo  

Group:     2     13     14     15     16     17
Row 2:     Ch    D      E      Fx     G      Nu

Group:                                  (presumed 18)
Row 3:                                    A      L

Step-by-step Analysis:

1. Periodic Table Organization (Earth):

  • Groups (columns) are numbered 1–18.
  • Periods (rows) increase downwards.
  • Elements in the same group share chemical properties (valence electrons).
  • Noble gases are in Group 18.
  • Alkali metals are in Group 1, alkaline earth metals in Group 2.
  • Groups 13–17 contain nonmetals, metalloids, and other reactive groups.

2. Matching Patterns:

  • In the Alien Table, elements Bo and Nu are likely noble gases (rightmost in a row), so Bo (Row 1) and Nu (Row 2) might correspond to He and Ne.
  • Ch is in Group 2, possibly Be (alkaline earth metal).
  • G is in Group 16 (like O, S), and D is in Group 13 (like B, Al).
  • Pf is in Group 1 (likely H), since it’s far left of Bo.

So tentative mapping:

AlienEarth EquivalentReasoning
PfHGroup 1, Period 1
BoHeGroup 18, Period 1
ChBeGroup 2, Period 2
DBGroup 13, Period 2
ECGroup 14, Period 2
FxNGroup 15, Period 2
GOGroup 16, Period 2
NuNeGroup 18, Period 2
ANaGroup 1, Period 3
LArGroup 18, Period 3

Correct Answer:

Assuming the question is to identify an element or complete the table, and based on the mappings, the correct answer is likely:

Pf = Hydrogen (H)


Explanation:

The Alien Periodic Table is structured similarly to Earth’s periodic table, organized by groups (columns) and periods (rows). To interpret it, we use the positions of the elements to infer their likely identity based on known periodic trends and chemical groupings.

In Period 1 (Row 1), two elements are listed: Pf and Bo. On Earth’s periodic table, Period 1 contains only Hydrogen (H) and Helium (He), located in Groups 1 and 18, respectively. Since Pf is in the first column (Group 1) and Bo is in the last (Group 18), it logically follows that Pf corresponds to Hydrogen and Bo to Helium.

In Period 2 (Row 2), six elements span Groups 2 through 17, much like Earth’s second period, which contains Lithium (Li) to Neon (Ne). Notably, Nu is in the final group, consistent with Neon’s placement as a noble gas. The elements between Ch and Nu appear in the same order as Earth’s B, C, N, O, and F, confirming a direct mapping.

Finally, Period 3 (Row 3) includes A and L. If A is in Group 1 and L in Group 18, they most likely represent Sodium (Na) and Argon (Ar), respectively, matching Earth’s Period 3 layout.

Using these parallels, we can confidently deduce that Pf is Hydrogen on Earth’s periodic table. The alien table mirrors Earth’s in structure, demonstrating how periodic properties and group behaviors transcend species—at least in this hypothetical case

.

Scroll to Top