And that hard breathing through a narrow passageway is what creates the sound we know as wheezing.\): A glass of sparkling water. You have to work to breathe, especially to breath out. The problem with that is when your bronchioles are constricted and swollen and has mucus in them, that narrow little opening is hard to breathe through. When they're hyper-alert and they respond to something that's not truly dangerous. Asthma happens when your airways are hyper-responsive. And if it's still there, still irritating, mucus will begin to be secreted to be able again to capture and protect you from those toxins. Inflammatory stuff to help protect you from those toxins.
If that toxic cloud is still there, to protect your delicate tissues deep in your lungs, swelling of the lining will happen. The first thing that will happen is the muscles around the bronchioles will tighten, will constrict down almost like a boa constrictor, and you get the tight airways. Now if you happen to walk into a cloud of something that's toxic, your body is going to respond instantly to try to protect you. And those bronchioles are where the wheezing happens. It's almost like a tree's branches branching out. And from there they break into a whole bunch of little, smaller bronchioles. Red litmus turns blue in the presence of a base, while phenolphthalein turns pink. Bases also change the color of certain acidbase indicators. Blue litmus turns red in the presence of an acid, while phenolphthalein turns colorless. Two common indicators are litmus and phenolphthalein. When you breathe in, the air comes through your nose or mouth, through the big windpipe and breaks into 2 big bronchi, one into each lung. Acids change the color of certain acid-base indicators. Some acids are strong electrolytes because they ionize completely in water, yielding a great many ions. Well to understand that, first let's all take a deep breath together (inhales). Acids are a distinct class of compounds because of the properties of their aqueous solutions as outlined below: Aqueous solutions of acids are electrolytes, meaning that they conduct electrical current. Alan Greene and I want to talk with you for a moment about how to tell the difference, what causes wheezing anyway, and when is it healthy and when is it not. Wheezing can be a normal healthy response to an unhealthy environment. And that hard breathing through a narrow passageway is what creates the sound we know as wheezing.
In an aqueous solution, which is the most common, the traditional way to differentiate them is that an acid releases positive hydrogen (H +) ions while a base releases negative hydroxide (OH-) ones. Inflammatory stuff to help protect you from those toxins. Acids and bases are compounds with one important thing in common: When you immerse them in solution, they release free ions.
Lemons, vinegar, and sour candies all contain acids. It's almost like a tree's branches branching out. These properties are: Aqueous solutions of acids are electrolytes, meaning that they conduct electrical current. When you breathe in, the air comes through your nose or mouth, through the big windpipe and breaks into 2 big bronchi, one into each lung. Well to understand that, first let's all take a deep breath together (inhales). A table of these properties is shown here: Property. Aspirin is a white, crystalline, weakly acidic substance. Aspirin, in the form of leaves from the willow tree, has been used for its health effects for at least 2,400 years.
Wheezing can be a normal healthy response to an unhealthy environment. Its frequently possible to tell acids and bases apart from one another by some of their easily observed chemical and physical properties. Acetylsalicylic acid (also known as aspirin) is a medication used to treat pain, fever, and inflammation.