Question

Which property determines an atom's ability to attract electrons shared in a chemical bond?

Answer 1

The number of valence electrons

Answer 2

thats not one of the answers

Answer 3

what are the choices?

Answer 4

check this out
http://hyperphysics.phy-astr.gsu.edu/hbase/chemical/bond.html

Answer 5

A. Ionization energy
B. Atomic Radius
C. Electronegativity
D. Ionic Radius

Answer 6

The correct answer is C. Electronegativity

Answer 7

U think u can help me with three more questions

Answer 8

yea

Answer 9

In the process of ionization, what is the relationship between the second ionization energy (I¿) and the third ionization energy (IÀ)?

Answer 10

When considering an initially neutral atom, expelling the first electron will require less energy than expelling the second, the second will require less energy than the third, and so on. Each successive electron requires more energy to be released. This is because after the first electron is lost, the overall charge of the atom becomes positive, and the negative forces of the electron will be attracted to the positive charge of the newly formed ion. The more electrons that are lost, the more positive this ion will be, the harder it is to separate the electrons from the atom.

Answer 11

Which statement best describes the liquid state of matter?

A. It has definite shape but not definite volume
B. it has definite shape and definite volume
C. It has indefinite shape and indefinite volume
D. It has indefinite shape and definite volume