Answer:
:)
Explanation:
Recycling paper helps to reduce greenhouse gas emissions that can contribute to climate change. It takes 70% less energy and water to recycle paper than to create new paper from trees. Manufacturing with recovered paper cuts down on pollution that contributes to smog (and ill health).
An atom on the period table that requires a relatively substantial amount of energy to remove an electron from its outer shell, and thus a high ionization energy would be Fluorine. Due to its small atomic size, and less electron shells, it has a stronger attraction to electrons in its electron shells and thus it is harder to remove the electron from it.
I believe this would be the solution.
Answer:
The answer to your question is:
Explanation:
Covalent bonding is the process of sharing a pair of electrons between to atoms so they become stable.
A. In fact a process of split a pair of electrons do not happen in nature, there is no bonding that behaves in this way.
B. This is a definition of covalent bonding, in this bond, the elements share a pair of electrons to complete 8 electrons in their outermost shell.
C. The bond described here is Ionic bonding in which one element loses electrons and the other gains them.
D. The process describe here is not about any kind of bonding.
E. This do not happen in a covalent bonding, it could be the description of metallic bonding.
It is a physical change: A chemical change would be if...there was bubbles, smoke, etc... A physical change is if it changes color, odor, shape, other PHYSICAL appearances.
