Answer:
the molecules are farther apart in ice than in liquid water.
Explanation:
The correct answer would be that<u> the molecules of water are farther apart in ice than in liquid water.</u>
<em>Water molecules in ice form are usually less dense than water molecules in liquid form. The water molecules in ice usually arrange themselves in a lattice form, unlike the random form in liquid water. This arrangement makes water molecules in ice to be more evenly spread out than in their liquid counterpart. Thus, ice is usually less dense than liquid water and will obey the principle of flotation by floating on water. </em>
The answer is lag. The number of bacterial cells doubles at a constant, exponential rate during log phase, while growth rate and death rate are the same during stationary phase. The fourth phase is the death phase, when the rate of cell death is faster than the population growth.
Answer:
"A primary source was written by someone who actually experienced the event."
It is an example of Nucleotide .....
The percent of the body surface area burned to the front torso is 36% and front of the right arm is 4.5%.The total body surface area involved in burn is 40.5% calculated by Rule of Nines.
The total body surface area (TBSA) is an easy way to get a rough burn size estimate that can be used when calculating a patient's fluid resuscitation needs.
The Rule of Nines or Wallace Rule of Nines, is a common tool used by healthcare professionals to assess the total body surface area involved in burn patients.
The Rule of Nines is estimated by assigning percentages to different body areas. For instance, the entire head is estimated as 9%, the entire trunk is estimated at 36% and each arm is estimated at 9%.
The total body surface area (TBSA) of a burn can also be calculated with a Lund and Browder Chart.
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