Question

1 of the three elements shown in the tables above, which element do you think would be the best choice for the next armor prototype? consider the melting point and reactivity and how they relate to the electrons of an atom. support your answer by citing information from the periodic table. you may need to conduct additional research using the laboratory in sci - ops: global defense.

Explanation:

To choose the best element for an armor prototype, we need an element with a high melting - point (to withstand high temperatures) and low reactivity (to be stable and not corrode easily). Elements in the transition metal groups often have these properties. For example, tungsten has a very high melting - point and relatively low reactivity. We would look at the electron configurations of the given elements from the periodic table. Elements with a full or nearly full outer electron shell tend to be less reactive, and those with strong metallic bonding (like transition metals) have high melting points. By comparing the melting points and reactivity trends based on electron configurations from the periodic table for the three given elements, we can make a choice.

Answer:

Without the actual table of the three elements, a specific element cannot be named. However, the best choice would be an element with a high melting point and low reactivity, likely a transition metal, based on its electron configuration as shown in the periodic table.