Yes. It is Tricalcium Phosphate. It is found in toothpaste, antacids, bone grafting material, baby powder, water filtration, nutritional supplements and ceramic coatings and it is also in our food supply.
Probably you think at AlCl3, aluminium trichloride.
Compound inequalities are used in real life to describe ranges of values that satisfy multiple conditions simultaneously. For example, a restaurant may require customers to be aged between 18-65 years old and have a minimum income of $30,000 to qualify for a discount. In this case, compound inequalities can help determine who meets both criteria.
Almost everything you know is a compound. Every plastic item you use is a compound. The computer you used to ask this question is full of different compounds. How a compound is used depends on which compound it is. Since there are thousands of different compounds, I'm not going to even try making a list.
No, a formula cannot be a molecule or a compound. A formula represents the composition of a molecule or a compound in terms of the types and numbers of atoms present. Molecules and compounds are different entities with distinct properties and characteristics.
Vitamin == == That is the correct answer for the real time quiz on horseisle.
It stands for Calcium Phosphate.
No it is not a compound word. It's not even a real word.
It's not a real compound
noo
CPH4 is a fictional compound that was popularized in the movie "Lucy" and does not exist in real biochemistry.
A compound word is one that is made of two or more separate words. The way to tell is to see if you can divide the word and still have real words. If you divide goalkeeper, you have goal and keeper. Both are real words, so this is a compound word.
Water, Sugar and Salt
A compound word is one that is made of two or more separate words. The way to tell is to divide the word and see if you get real words when you divide it. There is no way to divide "there" and get two words that are real words. You can get the word "here" but then the only thing left is "T" and that's not a word. This makes there NOT a compound word.
the compound C6H12O6(sugar) IS organic because this compound contains carbon.
No, glucosulin is not a real chemical compound. It seems to be a made-up term or a misspelling of existing compounds like glucose or insulin.
Agreed with anonymous. However, do NOT confuse with Iron(III)oxide; archaically, ferric oxide. Iron is if two different oxidation states indicated by the Roman Numerals (II) & (III). Iron(III)oxide is also known as ferric oxide,, and is the mineral, ironore, used in Blast furnaces to make iron metal. There is also Fe3O4 (Iron(VI)oxide, known as magnetite. This is the 'lodestone' used by ancient navigators to find 'north'. As a length of it always hung in the North/South direction.
They are used when calculating areas or volumes, for acceleration, for compound interest.