The assessment finding which is most important as labor progresses is the uterus relaxing completely between contractions during pregnancy.
<h3>What is Uterus?</h3>
This is also referred to as womb and is the location where the fetus grows and develops during pregnancy. The uterus is also described as a hollow organ with muscular walls and also performs other functions as menstruation, and as a secondary sex organ in females.
During labor, the uterus undergoes some form of contraction movements which leads to its relaxing so as to enable the fetus pass to the birth canal. It is then expunged to the vagina where the health professional can take safe delivery of the baby.
This is the therefore the main reason why this assessment is very important during labor.
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The reason why iron oxide has more mass than the iron is because Iron oxide has oxygen atoms, and pure iron does not.
When iron rusts and forms iron oxide, the iron oxide has more mass than the iron. Which statement correctly explains this
observation?
(A)Iron oxide has oxygen atoms, and pure iron does not.
(B)The oxygen atoms in iron oxide have more mass than the iron atoms in pure iron.
(C)The iron atoms in iron oxide have more mass than pure iron.
(D)There are more iron atoms in iron oxide than in pure iron.
When a chemical reaction takes place, other atoms are combined with pure elements to form compounds. This addition of another atom (oxygen) after reaction makes iron oxide formed heavier than pure iron.
Iron oxide is a chemical substance formed when pure iron rusts. The formation of iron oxide is a chemical reaction.
Hence, the correct answer to the question is; the iron is heavier because Iron oxide has oxygen atoms, and pure iron does not.
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I think it’s B
Hope that helps!
Answer:
Thrown is to the sea with a boat ,crouded with refuges ,They were displaced , they had to flee for safety and capsized after being fired
Explanation:
