An atom has the electron configuration of How many electrons are in that atom?AEightBSixCNineDTen

To determine the number of electrons in an atom based on its electron configuration, we can follow these steps:

1. ### Breakdown the Problem

We need to find out how many electrons correspond to the given options related to the electron configuration.

2. ### Relevant Concepts

• The number of electrons in an atom is equal to the atomic number of the element, which is reflected in its electron configuration.
• The electron configuration indicates how many electrons fill the various energy levels and sub-levels.

3. ### Analysis and Detail

• Each of the provided options represents a distinct number of electrons:
  • A. Eight
  • B. Six
  • C. Nine
  • D. Ten

4. ### Verify and Summarize

Without the specific electron configuration provided, common configurations for the first ten elements can guide us:

• Hydrogen (1 electron)
• Helium (2 electrons)
• Lithium (3 electrons)
• Beryllium (4 electrons)
• Boron (5 electrons)
• Carbon (6 electrons)
• Nitrogen (7 electrons)
• Oxygen (8 electrons)
• Fluorine (9 electrons)
• Neon (10 electrons)

From the options, if we consider the elements up to Neon:

• The possible number of electrons are 6 (for Carbon), 8 (for Oxygen), 9 (for Fluorine), and 10 (for Neon).

Final Answer

If the configuration implies fully occupied shells up to Neon, it can be deduced that the number of electrons could be:

• A. Eight (8) corresponds to Oxygen,
• B. Six (6) corresponds to Carbon,
• C. Nine (9) corresponds to Fluorine,
• D. Ten (10) corresponds to Neon.

Each option is valid depending on the specific atom mentioned. Please specify the electron configuration for an exact answer if available.