Help please thank you! Compare MgCl2 and MgO melting points in the dataTable. For MgCl2 and MgO which of these statements is NOT correct about the strength of attraction based on Coulomb’s law (which statement is false):

A) Increased charge on the anion promotes greater electrostatic force of attraction, other cation charges staying the same.

B) Larger ion sizes would naturally have greater attractive forces in an ionic crystal.

C) Opposite charged ions attract one another and like charges repel one another.

D) A smaller anion promotes greater electrostatic force of attraction, other cation sizes being equal.

It could possibly be beneficial if the experiment is successful.

For a cell to pass the g2 checkpoint, there must be accurate and complete dna replication. there must also be a maturation promoting factor which to maintain the metaphase ii stage arrest . the g2 also known as 2nd gap  phase, is usually responsible for continued growth and preparation for cell division. 

Electricity is conducted when charges move from one place to another. in metals, the conductivity is due to delocalized electrons that can wander all over the place. you're probably already familiar with this.in solid ionic compounds, on the other hand, the ions aren't going anywhere. the cations and anions all attract themselves into a nice lattice and they're stuck there until they have a better reason to wander off. no moving ions = no electricity.however, if you melt an ionic compound or dissolve it in water, these ions are now free to move around. as a result, the solution can be made to conduct electricity.think about this, in solid form the outer shells of the elements are filling each other thus neutralizing the substance, but when you separate the ions (atoms of each element) their shells have space that needs to be filled or emptied, so they want to gain or loose electrons to have a full energy level. because they want this the electrons are able to move and "bounce" from ion to ion.i believe this is correct not 100%