<h3>
Answer:</h3>
s-sub-level and p-sub-level
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Explanation:</h3>
- Group 18 elements in the periodic table are known as noble gases.
- They have an octet configuration with their outermost s and p-sub-levels full, which makes them inert or nonreactive.
- The s-sub-level takes up a maximum of 2 electrons while the p-sub-level holds a maximum of 6 electrons.
- They include, argon, neon, xenon, krypton, etc.
- Their electron configuration shows full outermost s and p-sub-levels.
- For example; the electron configuration of Ne is 1s²2s²2p⁶, with full s and p sub-levels.
Answer:
I am not sure which number would be considered correct.
unrounded: 5,427.5559
rounded to the nearest thousandth: 5,427.556
rounded to the nearest hundredth: 5,427.56
rounded to the nearest tenth: 5,427.6
rounded to the nearest whole number: 5,428
Explanation:
112.839 * 48.1 = 5,427.5559
Answer:
The general electronic configuration of the element present in the 13th group of the periodic table is . Therefore, the number of valence electrons of the group 13this 3. Also, the metalloid element which is present in group 13th is boron. Hence the metalloid which has 3 valance electrons is boron.
Explanation:
Answer:
the answer to the end is a great deal and the only thing I could think about to get to know is the only person to be a part time manager for the job is the only person who can I have a lot more
Answer:
When water changes to a solid or gas, it's said that water changes to a different state of matter
Explanation:
Even when water physical form changes, the molecules stay the same. Water's molecules contains two hydrogen atoms that is bonded with one oxygen atom.