Brainliesttt

according to coulomb's law, how would the electrical force between the proton and electron particles change if the product of their electrical charge increased?

If you increase the distance between two objects, then the force between them will decrease. If you decrease the distance between two objects, then the force between them will increase. Distance plays a big role with force between charged objects.

Increase charge > force increases

Increase distance > force decreases

Now, protons and electrons possess a quality that is called an electric charge. This charge gives them an attractive force. Protons have a positive (+) charge, whilst electrons have a negative (-) charge. A positive particle always attracts a negative. Particles with the same charge always repel.

If the number is (-) it means the charge is negative, there are more electrons than protons.

If the number is (+) it means the charge is positive and there are fewer electrons than protons.

Therefore, the electric force that a particle exerts on another particle is just as proportional to the product of their charges and  proportional to the  distance between them according to Coulomb's law.

a motor homunculus represents a map of brain areas dedicated to motor processing for different anatomical divisions of the body.

homunculus represents the importance of various parts of your body as seen by your brain. as a result, they take up a lot of brain space. although the cortical homunculus is a curiosity, penfield's work in mapping the brain's relationship to the body was invaluable.

the answer to your question is:

c. complementary base-pairing