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Where does the respitory system and the digestive system meet?
In the large intestine. Of the small intetine
What is the name of the structure called where the small and large intestine meet?
small intestines makes the transition to the large intestines here through what is called the ileocecal valve.
What is the four regions into which he x and y axes separate the coordinate plane?
They are the First Quadrant, the Second Quadrant, the Third Quadrant, and the Fourth Quadrant. They all meet at the origin, and all have equal, infinite areas.
What is a branch of large intestine a dead end?
A branch of the large intestine that is a dead end is called the appendix. The appendix is a small tube-like structure located near where the small and large intestines meet and has no known function in digestion. It can become inflamed and infected, leading to a condition called appendicitis that may require surgical removal.
Where do the circulatory and the digestive system meet?
In the end of the small intestine. The illeum absorbs the nutrience and send into the blood system
How can the word 'quadrant' be used in a sentence?
The quadrant shaped piece of cake was delicious.
What is the purpose of hypotonic duodenography?
Hypotonic duodenography may be ordered to detect tumors of the head of the pancreas or the area where the pancreatic and bile ducts meet the small intestine.
How come glucose can get through cell wall of the small intestine and starch can't?
Starch consists of a large number of sugar molecules. You may have seen a revolving door or a turnstile. Only one person at a time can go through. Imagine a group of people holding hands walking up to it. They can not go through. That is like a starch molecule. Little miss sugar molecule walks past them and goes through. Then the group goes to the large intestine. When a bacterium eats the first one the second one lets go of the third one and becomes another little miss sugar. She then goes through the thin wall of the large intestine to meet the other miss sugar in the liver.
Where is your appendix?
Your appendix is at the Ileocecul junction, which is where the ileum from your small intestine and the cecum from your colon meet. It is located on the right lower quadrant of your abdomen. The appendix is located at the lower right quadrant of the abdomen and it is connected to the cecum which is part of the large intestine. The cecum is a pouch at the beginning of the large intestine and not the end, the end is the anus. There have been some cases where the location has been more mid-abdomen, which can cause dangerous delays in diagnosis. The appendix is usually located in the right lower quadrant of the abdomen, near the right hip bone. Its position within the abdomen corresponds to a point on the surface known as McBurney's point. While the base of the appendix is at a fairly constant location, 2 cm below the ileocecal valve, the location of the tip of the appendix can vary from being retrocecal (behind the cecum) (74%) to being in the pelvis to being extraperitoneal (occurring or located outside the peritoneal cavity).
Is the urethra the tube that leads from the bladder to the small intestine?
Oh my gosh, no! The urethra is a tube in mammals that leads from the urinary bladder to the outside world. For females, it is relatively short and for males it is longer. In females it leads to a small opening just in front of the vagina. In males it leads all the way to the tip of the penis. The urethra is part of the urinary system, and the small intestine is part of the digestive system. Let's hope that the two never meet. Because if your urethra went into your small intestine, it would be a medical emergency that would require immediate surgery!
How did he great compromise meet the needs of both large and small sTATES?
i dont know, i need to know the same thing for my homework too
For a biologist studying a small fish population in the lab which Hardy-Weinberg condition is easiest to meet?
In a lab setting, the condition of large population size is likely the easiest to meet for a biologist studying a small fish population. Maintaining a large breeding population in a controlled lab environment can help ensure genetic diversity and minimize the effects of genetic drift.
