Mg3 N2 how do I get my answer
The Lewis dot structure for Mg3N2 represents the ionic bonding between magnesium and nitrogen. Each magnesium atom donates its 2 valence electrons to nitrogen, as represented by zero dots around each Mg and eight around each N.
The student is asking about the Lewis dot structure of Mg3N2, which is commonly known as magnesium nitride. The Lewis dot structure is a graphical representation of the molecule that shows how the electrons are arranged among the atoms of the molecule.
To draw the Lewis dot structure for magnesium nitride, follow these steps:
This process represents the Ionic bonding in Mg3N2.
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B. metallic bonding
C. ionic bonding
D. dipole forces
E. van der Waals forces (London dispersion forces)
Answer: I think its a hydrogen bonding
Explanation:
b. False
The statement above about “The general name for a substance added to a reaction that affects the rate but is not consumed in the reaction is called a complex” is false. The answer is letter B. It should be the enzyme, not the complex.
(3) determine the freezing point of the mixture
(4) predict the electrical conductivity of the mixture
Answer:The correct answer is option (1).
Explanation:
Density is defined as mass of substance present in the unit volume of the substance.
Density can be used to separate two substance from their mixture. Substance with lower density will place itself on the top of the substance with higher density, And in order to distinguish those two substance from each other one can easily observe the boundary among those substance.
false?
b) they easily move from one orbital to another
c) they have difficulty moving from one orbital to another
d) they are always the lowest energy electrons of the atom
Answer:
They exist in the outter orbital
Explanation: