Answer:
Osmosis is the process that best describes the movement of water molecules into and out of the cell.
Explanation:
- Osmosis can be understood as the net shift of water molecules or its movement between the permeable membranes.
- Osmosis is caused by the difference in solute concentration between the consecutive membranes.
- Osmosis process do not transfer any ions and solutes contained by the water molecules.
- The movement of water is always from the lower concentration level to higher concentration level.
- Example of osmosis can be seen during the absorption and secretion of water in our small intestine.
D) Nuclear Reactions. I do not get cancer from my dog.
Answer:
A. C4H8C4 - NOT
B. C12H12C4 - NOT
C. CóH1206 - yes
D. C4H2020 - NOT
Explanation:
Carbohydrates are one of macro molecules made up of carbon, hydrogen and oxygen. These are essential molecule as they provide nutrition and makes structural component in plants too.
The ration of carbon, hydrogen and oxygen is similar in almost every sugar or carbohydrate which is 1:2:1, one carbon molecule and one oxygen molecule per two molecule of hydrogen.
In choice A, and B have no oxygen molecule so they can not be carbohydrate, where as D have inappropriate ration in comparison to the carbohydrates.
Thus, the correct answer is :
A. C4H8C4 - NOT
B. C12H12C4 - NOT
C. CóH1206 - yes
D. C4H2020 - NOT
Hand Hygiene
Gloving
Mouth, nose, eye protection
Gowning
Appropriate device handling of patient care equipment and instruments/devices
Appropriate handling of laundry
Answer:
Organisms maintain dynamic homeostasis through behavioral and physiological mechanisms. Which of the following statements is an accurate explanation of a negative feedback mechanism used by animals to regulate body temperature? C) A ground squirrel's hypothalamus detects changes in environmental temperatures and responds by activating or suppressing metabolic heat production
Explanation:
The temperature-regulating center of vertebrate animals is located in the hypothalamus. A ground squirrel's in there detects changes in environmental temperatures and responds by activating or suppressing metabolic heat production. Maintenance of homeostasis usually involves negative feedback loops.
