expiratoryreserve | | enzyme produced in mouth |
stomach | | thin walled small sacs where O2 and CO2 change places |
bronchioles | | type of food nutrient used for "long term" energy |
smallintestine | | (two words) this is the maximum amt. your lungs can hold after DEEP breathing |
external | | our cells exchange carbon dioxide (CO2) for this gas in the air |
carbohydrate | | site of carbohydrate digestion |
amylase | | enzyme produced in stomach |
bronchi | | exchange of gases between air and lungs is _______ respiration |
saturated | | type of lipid that flows easier through arteries and therefore is considered the better choice of lipids for health reasons. |
alveoli | | Missing phrase2 - 19 |
volume | | large intestine removes most of this from feces |
vitalcapacity | | two branches off the trachea |
duodenum | | measurement taken in the balloon lab |
diaphragm | | type of carb we cannot digest but needed to add bulk to our food and help us feel full. |
water | | smaller branches off the two bronchi |
fiber | | site of protein digestion |
lipid | | site of lipid digestion (hint: starts with a "d") |
diameter | | Missing phrase2 - 9 |
epiglottis | | meat, eggs, cheese and beans all contain a large amt. of this food nutrient |
oxygen | | enzyme produced in liver |
mouth | | ________ volume os the amt. air air you normally breath in |
unsaturated | | when the diaphragm _______ and moves lower into the abdomen, the air can fill with outside air |
tidal | | real butter and crisco are this type of lipid |
bile | | calculated value in the balloon lab found by (1.33)(pi)(r)^3 |
contracts | | type of food nutrient used for energy |
protein | | small fingers in the small intestine where absorption of digested nutrients actually occurs to nourish the body |
pepsin | | flap that covers trachea when swallowing |
villi | | abdominal muscle responsible for breathing |