Answer:
This would be the hydride ion where H gains an electron from a metal such as Na
Explanation:
Option A) Decreased temperature keeps gases like carbon dioxide dissolved.
Carbonation is made with CO2 which is also know as liquid carbonic. The low temperature favors higher solubility of CO2 in water
Purely for crystalline structure, "twinning" or repetition of crystal forms can bring about a striated texture on the mineral. Crystal defects and chemical impurities can alter the physical and electrical properties of a mineral. Some minerals can exist in different crystal forms and exhibit "polymorphism." The range in crystal structure can change the mineral's hardness, strength, solubility, electrical properties, melting points, etc.
Answer:
Chloride , hypochlorite, chlorite , chlorate, perchlorate
Chloride ion Cl-
Perchlorate ClO4-
Chlorate ClO3-
Chlorite ClO2-
Hypochlorite ClO-
Explanation:
Answer:
2–methyl–2–propanol.
Explanation:
To name the compound given in the question above, we must:
1. Identify the functional group and it's location on the compound.
2. Locate the longest continuous carbon chain. This gives the parent name of the compound.
3. Identify the substituent group attached to the compound.
4. Locate the position of the substituent group.
5. Combine the above to obtain the name of the compound.
Thus, we can obtain the name of the compound as follow:
1. The functional group of the compound is alkanol (alcohol). It is located at carbon 2.
2. The longest continuous carbon chain is 3. Since the compound is an alcohol, parent name of the compound will change from propane to propanol.
3. The substituent group attached to the compound is methyl i.e –CH3.
4. The methyl group is located at carbon 2.
5. The name of the compound is
2–methyl–2–propanol.
