The ranking of the mixtures according to the level of transparency is; solutions > colloids > suspensions.
<h3>What is a mixture?</h3>
A mixture is composed of more than one substance. The mixture could be homogenous or heterogenous. We know that the level of transparency of a mixture depends on its components.
Now the ranking of the mixtures according to the level of transparency is; solutions > colloids > suspensions.
Learn more about mixture:brainly.com/question/24898889
#SPJ1
Missing parts;
Rank these types of mixtures according to how transparent they tend to be: colloids, solutions, suspensions? Most transparent to most opaque
When people get together in groups, unusual things can happen — both good and bad. Groups create important social institutions that an individual could not achieve alone, but there can be a darker side to such alliances: Belonging to a group makes people more likely to harm others outside the group.
When sodium ions are reabsorbed through the wall of the renal tubule by active transport, chloride ions are
- B. reabsorbed by passive transport.
<h3>What is passive transport?</h3>
Passive transport refers to the movement of ions and molecules without active energy. The substances rather move through a concentration gradient.
So when electrolytes such as chloride and sodium move along the kidney walls, the chloride ions will use the passive form of energy.
Learn more about passive transport here:
brainly.com/question/17293052
#SPJ1
Answer:Writing, math/algebra, quantitative and formal reasoning, diversity, language/oral and professional communication, humanities and arts, social sciences, and natural sciences, global awareness and cultural understanding, and electives.
Explanation:
Answer:
(-∞, -2) ∪ (-2, 6) ∪ (6, ∞)
Explanation:
The domain describes the x-values that can be used in a function.
The leftmost function contains all x-values until x = -2. This looks like (-∞,-2). Remember, open dots mean that the associated x-value is not included in the domain.
The middle function contains all x-values from x = -2 to x = 6. This looks like (-2, 6).
The rightmost function contains all x-values after x = 6. This looks like (6, ∞).
