Compare the electrical conductivity of the aqueous product in the reaction to the electrical conductivity of the white solid that remains after the water is evaporated from the solution.
Write the chemical name of the base produced in the reaction.
State one change in reaction conditions that will increase the rate of the reaction.
Answer:
- Calcium is more conductive than calcium hydroxide.
- Calcium hydroxide.
- Addition of more either calcium or water to the reaction vessel
Explanation:
Hello,
In this case, based on the given reaction and information, calcium's electrical conductivity 0.298 106/(cm*Ω) which is a relatively high value compared to it its base has due to its large insolubility.
In addition, the name of the formed base is calcium hydroxide based on the IUPAC rules.
Moreover, the addition of more either calcium or water to the reaction vessel will generate more calcium hydroxide.
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(2) H2O2 (4) OH–
Answer: Option (3) is the correct answer.
Explanation:
In an aqueous solution, a compound exists in the form of ions that is in the form of protons and electrons.
Protons are positively charged and electrons are negatively charged. A proton (usually hydrogen ion, ) in water (solvent) also exists as
.
For example,
This shows that the conjugate acid of is
.
Thus, we can conclude that a hydrogen ion, H+, in aqueous solution may also be written as .
Answer: Molecular Formulas. Molecular formulas are a compact chemical notation that describe the type and number of atoms in a single molecule of a compound. Identify the molecular formula of a compound given either its name or structural formula.
Explanation:
B. 44 amu
C. 88 amu
D. 176 amu
E. 352 amu