4.0 x 1022
To determine the number of molecules in 10.0 g of C8H8O3, we need to calculate the number of moles first. The molar mass of C8H8O3 is 152.15 g/mol. By dividing 10.0 g by the molar mass, we find that there are approximately 0.0658 moles of C8H8O3. To convert moles to molecules, we multiply the number of moles by Avogadro's number, 6.022 x 10^23, giving us about 3.96 x 10^22 molecules.
depends on what salt it is and the purity of the water. if the water is 100% pure , then it contains only hydrogen and oxygen as molecules and if it is common salt then it contains sodium and chlorine as molecules
For a 100 mL cup: approx. 35,45.1023 molecules.
100% Pure water is not a conductor (insulator) However, please remember, minerals in not 100% pure water are conductors and there are about 10 million minerals in 1 cup of water. It can electrify you. So becareful.
about 100
due to the inerrant structure of alcohol, the water molecules tend to fit into the spaces in the alcohol molecules,thus resulting in some extra space having been left by the absorption of the water molecules by the alcohol molecules this results in a volumetric deficit in the total sum of both liquids.The proof of the alcohol would then be exactly 1/2 of the original value assuming that at 100% pure alcohol and 100 % pure water ,after mixing the two ,the alcohol is now at 50% of its original strength or 100 proof after starting out as 200 proof ,therefore proof is 2 times the amount of alcohol (200 proof alcohol diluted with an equal amount of water yields slightly less than 2 liters of 100 proof or 50 % alcohol. here ends chemistry 101. surprising that all the big time answerer s could not come up with an answer,so much for credibility
depends on what salt it is and the purity of the water. if the water is 100% pure , then it contains only hydrogen and oxygen as molecules and if it is common salt then it contains sodium and chlorine as molecules
Only if you have pure water in mind, then: 0.1 milliliters of pure water weigh 0.1 grams or 100 milligrams.
100. Pure water has a density of 1000Kg/M3, which is also 1kg/liter So 100Kgs = 100 l
For a 100 mL cup: approx. 35,45.1023 molecules.
100% Pure water is not a conductor (insulator) However, please remember, minerals in not 100% pure water are conductors and there are about 10 million minerals in 1 cup of water. It can electrify you. So becareful.
Only if you have pure water in mind, then: 100 milliliters of pure water weigh 100 grams. Forget syrup or oil. For that calculations you need the specific weight (density) of the material.
Pure gold is 24 kt. 14 kt gold is (14/24)=.5833 pure. Multiply by 100 and it is 58.33% pure.
100% pure H2SO4 doesn't exist
Only if you have pure water in mind, then: 100 milliliters of pure water weigh 100 grams.
50
Yes, as long as a substance is 100% (purity), it is considered as a pure substance. But logically, there is no such thing as a pure substance.
Distilled water is classified as a compound. It has gone through a purification process in order to remove impurities, so all that remains are oxygen and hydrogen molecules hydrogen bonded together forming little H2O molecules :)