Final food substance of bread
Kool-Aid is a non-example because the water and powder did not chemically bond
adj.Contingent on another.Subordinate.Relying on or requiring the aid of another for support: dependent children.Hanging down.
Chewable lactase enzyme tablets are also available. Three to six tablets taken before a meal or snack will aid in the digestion of solid foods.
no it isn't. My 6th grade teacher told me that and i still don't really understand it.
A heterogeneus mixture is not eavenly mixed, different parts are often easy to see. Kool-Aid is a homogeneous mixture. Here's why: In a heterogeneous mixture, the composition of the mixture is not uniform throughout. An exaple of this would be chicken noodle soup. In chicken nooble soup, there is likely to be more chicken in one spoonful than is another spoonful. A compound can be broken down into simpler substances by chemical means, but once you mix the powder with the water to make Kool-Aid, you can't get the powder back out of the water. An element is something that cannot be broken down into simpler substances by chemical means, but when you want to get the powder back the only way to do so is through a physical change, which might not even be possible. Therefore, the only other option would be a homogeneous mixture due to the fact that homogeneous mixtures are uniform throughout. By the way, uniform means same through out sample, or evenly spread. And another word for homogeneous mixtures are solutions.
they are not chemically combined. some examples are: kool-aid salad
Bile in the liver of cattle and sheep serves as an aid in digestion. The food in the small intestine are broken down by the bile.
we use the digestive system as an aid in breaking down big foods into smaller particles which provide energy to our body :))
kool aid is now manufactured in Mexico as a product of Kraft foods
Kool-Aid is a non-example because the water and powder did not chemically bond
kool-aid
kool aid
Mixing Kool Aid in water would be considered a physical rather than a chemical change, because the Kool Aid does not undergo any chemical reaction with the water, and it remains chemically identical to what it was before you mixed it into the water.
Fats are broken down to make energy or used to make glucose through the process of gluconeogenesis. Fats are essential part of a diet to help regulate body temperature, help the body to absorb fat soluble vitamins and aid in hormone production.
as it enters the mouth it is broken down by mechenical digestion. then with the aid of the tounge it is pushed down into the oesophagus to the sttomach where it is furthur broken down chemiclly and mixeed with hydrochloric acid. it then leaves as a semi liquid substance into the small intestine where it is soluable it is absorbed. the waste is taken into the large intestine and gotton rid of
Catabolic reactions breakdown polymers into monomers. Enzymes in our body essentially aid in that process. Polymers cannot be absorbed into the cells so it has to be broken down into simpler units.
Edwin Perkins invented Kool-Aid in 1927, in his hometown of Hastings, Nebraska. Edwin Perkins moved his Kool-Aid production to Chicago in 1931 and then sold it to General Foods in 1953.