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ra1l [238]
3 years ago
13

Write an equation that represents the action in water of nitrous acid as an arrhenius acid.

Chemistry
1 answer:
saw5 [17]3 years ago
4 0
Arrhenius Acid:
                       Arrhenius Acid is any specie which when dissolved in water produces H⁺ (proton) Ions.

Nitrous Acid:
                    Nitrous Acid also acts as Arrhenius Acid when dissolved in water.

                          HNO₂  +  H₂O    →    NO₂⁻  +  H₃O⁺
Where,
                                H₃O⁺    ⇆    H⁺  +  H₂O

As HNO₂ produces H⁺ Ions in water, so it is an Arrhenius Acid.
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They want to know how long it has been since it last erupted.

Explanation:

Scientists study a volcano's history to try to predict when it will next erupt.  They also want to know the time span between its previous eruptions

5 0
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Which drawing is structural model of C3H8?
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Answer:

option B is the correct answer

7 0
3 years ago
Calculate the pH of the solution that results when 20 mL of 0.2M HCOOH is mixed with 25mL of 0.2M NaOH solution.(post-equivalenc
Paul [167]

The pH of the solution : 12

<h3>Further explanation</h3>

Reaction

HCOOH    +     NaOH   ⇒     HCOONa   +   H₂O

mol HCOOH =

\tt 20~ml\times 0.2~M=4~mlmol

mol NaOH =

\tt 25~ml\times 0.2~M=5~mlmol

Mol NaOH>mol HCOOH ⇒ at the end of the reaction there will be a strong base remains from mol NaOH, so that the pH is determined from [OH⁻]

ICE method :

HCOOH    +     NaOH   ⇒     HCOONa   +   H₂O

4                          5

4                          4                     4                   4

0                          1                      1                    1

Concentration of [OH⁻] from NaOH :

\tt \dfrac{1~mlmol}{20+25~ml}=0.02

pOH=-log[OH⁻]

pOH=-log 10⁻²=2

pH+pOH=14

pH=14-2=12

3 0
3 years ago
74 POINTS to whoever can balance all these equations
aleksley [76]

Answers are in Word document.

Download docx
7 0
4 years ago
Small quantities of hydrogen and helium gas at the same temperature are released simultaneously at one end of a laboratory. Stat
olga2289 [7]

Answer:

hydrogen

Explanation:

it diffuses faster compared to helium since it is less dense

4 0
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