The molar mass of C7H16 (heptane) is approximately 100.2 g/mol, while the molar mass of CaCO3 (calcium carbonate) is approximately 100.1 g/mol. Both compounds have about the same molar mass in grams, but they differ in their composition; C7H16 contains only carbon and hydrogen, while CaCO3 contains calcium, carbon, and oxygen. Therefore, they do not contain approximately the same number of cations, anions, or carbon atoms.
Carbonates - minerals composed of carbon and oxygen, such as calcite. Sulfides - minerals composed of metal cations and sulfur anions, like pyrite. Oxides - minerals containing metal cations and oxygen, like hematite. Halides - minerals formed from combinations of metal cations and halogen anions, such as halite.
Cations.
The bond in Al4C3 is ionic, with aluminum (Al) forming cations and carbon (C) forming anions. Aluminum loses electrons to become positively charged, while carbon gains electrons to become negatively charged, resulting in the formation of an ionic bond between Al and C atoms.
Acetic acid in pure form is molecular and has covalent bonds, but when dissolved in water it dissociates into acetate anions and hydrogen cations.
It does not contain carbon monoxide, but it will likely produce carbon monoxide when burned.
Carbon dioxide is a neutral molecule. Cations have a positive (+) charge, anions have a negative charge
salts are made of cations and anions and are hence inorganic. Also there is no carbon involved in salts
Cations are positive such as H+ or they are metals and hydrogen. Anions are negative such as sulphate, phosphate, carbon ion, etc. they are the non metals and metaloids.
Carbonates - minerals composed of carbon and oxygen, such as calcite. Sulfides - minerals composed of metal cations and sulfur anions, like pyrite. Oxides - minerals containing metal cations and oxygen, like hematite. Halides - minerals formed from combinations of metal cations and halogen anions, such as halite.
Most of the time, but not always. We often see the common Ca2+ or Al3+ being metals but there are non-metal ones like H+ or H3O+
Positively charged ions are called cations and negatively charged ions are called anions. This is potentially the opposite way around to what you might expect but was named after the electrode an ion was attracted to. An anion is attracted to a positive electrode (the anode) and vice versa.
silicates- silicon and oxygen carbonates- carbon, oxygen, and 1 or more other elements oxides- oxygen and 1 or more other elements( usually metal) sufates/sulfides- contain sulfur halides- halogen ion and 1 or more other elements native elements- group of minerals that exists in relatively pure form( ex: gold, silver, copper, sulfer, carbon...)
Calcium cyanide contains both ionic and covalent bonds: There are calcium cations and cyanide anions, and the cyanide anions contain internal covalent bonds, specifically triple bonds between carbon and nitrogen.
Cations.
Yes, aluminum carbide is an ionic compound. Aluminum is a metal and forms cations with a charge of +3, while carbon is a non-metal and forms anions with a charge of -4. When they combine, they form an ionic compound with the formula Al4C3.
Carbon dioxide is a neutral molecule. Cations have a positive (+) charge, anions have a negative charge
The bond in Al4C3 is ionic, with aluminum (Al) forming cations and carbon (C) forming anions. Aluminum loses electrons to become positively charged, while carbon gains electrons to become negatively charged, resulting in the formation of an ionic bond between Al and C atoms.