Chemistry

Eliana Watson

31 July, 02:28

What does the electron sea model for metals suggest?

A) valence electrons drift freely around the metal anions

B) valence electrons are anchored to specific metal cations

C) valence electrons drift freely around the metal cations

D) electrons idle around the metal cations

E) valence electrons are anchored to specific metal anions

+5

Answers (1)

Know the Answer?

Not Sure About the Answer?

Get an answer to your question ✅ “What does the electron sea model for metals suggest? A) valence electrons drift freely around the metal anions B) valence electrons are ...” in 📙 Chemistry if there is no answer or all answers are wrong, use a search bar and try to find the answer among similar questions.

Search for Other Answers

You Might be Interested in

A nail is attracted to a magnet. What does this tell you about the nail? O A. It is harder than the magnet. O B. It is a poor thermal conductor. O C. It contains iron. O D. It is a good electrical conductor.

Where is the nucleus located in the atom

Which choice is an abiotic factor of an ecosystem A. dogs B. fungi C. ants D. minerals

Which statement explains why large atoms are more reactive than small atoms? A. Large atoms have valence electrons farther from the nucleus and lose them more readily. B.

Name the type of simple machine: a hammer prying a nail out of a piece of wood

New Questions in Chemistry

1. A food sample is burned in a calorimeter that contains 2000. g of water. The temperature increases from 22.0°C to 44.3 °C. How many Calories does the food sample contain, assuming all of the energy from the food was transferred into the water?

Why doesn't water light on fire? It has all the ingredients except heat! Hydrogen for the flammability factor, oxygen so it can keep burning, and all you need to do is add heat and BOOM you have a flame! 15 pts

The type of social bonds present in modern societies that are based on difference, interdependence, and individual rights is called:

The difference between ionic covalent and metallic bonding

As the speed of a particle increases, does its associated wavelenght increase or decrease