I believe it's newton's third law. For every action(force) , there's an equal and opposite reaction.
The typical inmate in prison in the United States is male, from a minority group, is a drug addict or mentally ill, poor and probably had a difficult/abusive upbringing or comes from a dysfunctional family background.
<em>Male inmates</em> make up 90% of the total jail population, but the female jail population has grown at a faster pace then the male in the recent years. African Americans are the largest ethnic group in jails, followed by Whites, Hispanics and other races.
Over the half of jail inmates await court action on their current charges, the rest is serving their sentence.The percentage of inmates in private jails is small, about 2,3 % but nevertheless growing all the time.
Almost 10,000 inmates a year are under eighteen , 90% of them convicted.
Chattooga river , savannah river
Hello there.
<span>Who is in charge of the executive branch
</span>
<span>President</span>
Answer: option B is correct.
Explanation:
Okay let us fill in the gap in the question;
"In a resting state, sodium (Na+) "is at a higher concentration outside the cell and potassium (K+) is more concentrated inside the cell. During an action potential, the sodium levels INCREASE inside the cell''.
The answer is option B. The levels of sodium inside the cell increase because Sodium (Na^+) enters while the potassium (K^+) moves out of the cell and NOT that the sodium(Na^+) leaves/moves out of the cell. The Sodium(Na^+) outside the content of the cell is more positive than the the content of the cell, this will enhance the sodium ion(Na^+) to move inside the cell thereby INCREASING the sodium levels in the cell.
