Answer:
O3
Explanation:
The answer to the question is O3
.
Hope this helped! Have an amazing day :)
Answer:
d orbitals
Explanation:
Transition metals are generally known as d-block elements. The electronic configuration of all transition elements finish in a d-orbital weather they are first row, second row or third row transition elements. This is the thread that holds all the elements of the transition series together.
This is why elements of the transition series are generally called the d-block elements.
Answer:
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Explanation:
When it comes to electron configuration and orbitals, it's important to first identify what exactly we are trying to identify. Below is a given example:





Looking at the periodic table, identify the alkali metal family on the periodic table, or group one elements:
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Notice how each configuration has an exponent of
, representative of a single electron in their s-orbital.
Answer:
A scientific question is basically a question that can lead to a hypothesis to help us figure out the observation in science. I hope this helps you