I think it means that even though the homes/cells may appear di²erent, theyall include the same basic essentials. Thank you for posting your question here at brainly. I hope the answer will help you. Feel free to ask more questions here.
Answer: a. She can still make bile, but she can't store it, so she can't send a large amount into the duodenum to deal with a lot of fat at one time.
Explanation:
The acute pancreatitis is a disease which is characterized by the acute inflammation and necrosis of the pancreas. This causes the necrosis of the pancreatic vessels and fat.
The gallstones are the solid particles that form due to accumulation of the bile cholesterol and bilirubin in the gallbladder.
According to the given situation, bile is secreted by the liver and generally stored in the gallbladder. Due to the absence of gall bladder after surgery in the given condition, bile will get accumulated in the duodenum. The duodenum will deal with digestion of lot of fat at one time along with the digestion of other food contents. Thus the fat intake must be reduced by the woman.
Answer:
(D) H Vacuole
Explanation:
The vacuole is the organelle of the plant which contains water reserves of the plant and essential minerals required by the plant to grow. It also helps the plant to maintain its structure and provides rigidity
HOPE IT HELPS....
Answer:
The gonads are reproductive organs responsible for the production of <u>gametes (sex cells) in their external secretion and in their internal secretion, hormones that exert their action on the organs involved in reproductive function.</u>
Explanation:
Gonads are glands that are part of two body systems: the endocrine system and the reproductive system; and there are two types of gonads: male and female, the first are the testicles and the second the ovaries and both produce steroid hormones (derived from cholesterol) exactly the same as those produced by the cortex of the adrenal glands.
<u>Answer</u>: Weber's/Weber-Fechner's law of just noticeable difference
This phychologoical law is used to quantify the perception of change for a given stimulus. The perceived change is proportional/constant ratio to the initial stimulus. Thus, it is the minimum amount of a stimulus intensity change that will produce noticeable variation in sensory experience.
As in the example, it has been shown that this law is not function very well for extremes of stimulation.
