160lbs also WHO IN THEIR RIGHT MIND WOULD ASK SUCH A QUESTION!?!?!?
<span>The independent variable is the variable that does not change despite inputs. In this experiment, the independent variable is the color of mashed potatoes. The control group is what the experimental group is measured against to determine how much change there is. Plain potatoes is the control group. Number of samples is how many different opinions are taken into account. In this instance, the number of samples is equal to the number of students, or 100. There are no repeated trials. She only did the experiment one time.
The hypothesis is what the experimenter believes will happen. Gloria did not state the hypothesis for the experiment. She could have said, "I believe that students will choose colored mash potatoes than plain."
This experiment can be improved by repeating the experiment at more schools. Also, it can be improved by increasing the number of students tested.</span>
<h2>Plasma Osmolarity </h2>
Explanation:
- Osmolarity is the quantity of milliosmoles/liter (mOsm/L) of arrangement. It is the centralization of an osmotic arrangement. This is the normal bedside estimation utilized in clinical settings for osmotic action. Model: Plasma and other body liquid osmolarity: 270 – 300 mOsm/L.
- Plasma osmolality is an approach to gauge the electrolyte parity of the body. Osmolality (estimated by an osmometer in a clinical research center) is actually not the same as osmolarity, which can be determined dependent on the deliberate sodium, urea, and glucose centralization of the plasma. Osmolality is a proportion of osmoles of solutes per kilogram of an answer where osmolarity is a proportion of osmoles per liter of dissolvable.
The answer is the chloroplasts, which is confusing as it doesn't begin with the letter c ofc. The only letter g word to do with photosynthesis would be glucose but that doesn't make much sense
