An unknown blue liquid is found. When tested, it has high amounts of hydroxide ions and low amounts of hydronium ions. Is this an acid or a base?
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ansers
1. A base because it has more hydroxide ions than hydronium ions.
2.HC2H3O2 because it releases a hydrogen.
3.The ocean absorbs carbon dioxide, which reacts with water to create acids. The acids cause an increase in hydronium ions, decreasing pH.
4.The lower pH causes coral reefs to be weak and break, destroying marine habitats.
idk is 100% right
1. A base because it has more hydroxide ions than hydronium ions.
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2. HC2H3O2 because it releases a hydrogen.
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3. The ocean absorbs carbon dioxide, which reacts with water to create acids. The acids cause an increase in hydronium ions, decreasing pH.
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4. The lower pH causes coral reefs to be weak and break, destroying marine habitats.
bases have high hydroxide ions and low hydrogen ion.
unite 3 lesson 13
.An unknown blue liquid is found. When tested, it has high amounts of hydroxide ions and low amounts of hydronium ions. Is this an acid or a base?(1 point)
An acid because it is a blue liquid.
An acid because it is a blue liquid.
An acid because it has more hydroxide ions than hydronium ions.
An acid because it has more hydroxide ions than hydronium ions.
A base because it has more hydroxide ions than hydronium ions.
A base because it has more hydroxide ions than hydronium ions.
A base because it is a blue liquid.
2.Use the following neutralization reaction to answer the question.
HC2H3O2+NaOH→NaC2H3O2+H2O
Which of the reactants is the acid?
(1 point)
HC2H3O2 because it releases a hydrogen.
cap h cap c sub 2 cap h sub 3 cap o sub 2 because it releases a hydrogen.
HC2H3O2 because it releases a hydroxide.
cap h cap c sub 2 cap h sub 3 cap o sub 2 because it releases a hydroxide.
NaOH because it releases a hydrogen.
cap n A cap o cap h because it releases a hydrogen.
NaOH because it releases a hydrogen.
3.
HC2H3O2 because it releases a hydrogen.
cap h cap c sub 2 cap h sub 3 cap o sub 2 because it releases a hydrogen.
The ocean releases carbon dioxide, which reacts with water to create acids. The acids cause an increase in hydronium ions, decreasing pH.
The ocean releases carbon dioxide, which reacts with water to create acids. The acids cause an increase in hydronium ions, decreasing pH.
The ocean absorbs carbon dioxide, which reacts with water to create acids. The acids cause an increase in hydronium ions, decreasing pH.
The ocean absorbs carbon dioxide, which reacts with water to create acids. The acids cause an increase in hydronium ions, decreasing pH.
The ocean releases carbon dioxide, which reacts with water to create acids. The acids cause an increase in hydroxide ions, increasing pH.
The ocean releases carbon dioxide, which reacts with water to create acids. The acids cause an increase in hydroxide ions, increasing pH.
The ocean absorbs carbon dioxide, which reacts with water to create acids. The acids cause an increase in hydroxide ions, increasing pH.
HC2H3O2 because it releases a hydroxide.
cap h cap c sub 2 cap h sub 3 cap o sub 2 because it releases a hydroxide.
NaOH because it releases a hydrogen.
cap n A cap o cap h because it releases a hydrogen.
NaOH because it releases a hydrogen.
4.How does a lower pH in the ocean impact marine life?
The lower pH causes harm to predators and increases the population of prey.
The lower pH causes harm to predators and increases the population of prey.
The lower pH causes more carbon dioxide to be absorbed which increases plant life.
The lower pH causes more carbon dioxide to be absorbed which increases plant life.
The lower pH causes fish to reproduce at greater rates, increasing populations.
The lower pH causes fish to reproduce at greater rates, increasing populations.
The lower pH causes coral reefs to be weak and break, destroying marine habitats.
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IDK i right
Thank you soooooo much im very tired of studying and my grades are dropping i needed this thank you Mr. Help
To determine whether the unknown blue liquid is an acid or a base, we can analyze the concentrations of hydroxide ions (OH-) and hydronium ions (H3O+).
In a solution, acids increase the concentration of hydronium ions (H3O+), while bases increase the concentration of hydroxide ions (OH-).
Based on the information given, where the unknown blue liquid has high amounts of hydroxide ions (OH-) and low amounts of hydronium ions (H3O+), it can be concluded that the liquid is a base.
To further verify this, you can test the unknown blue liquid using pH paper or a pH meter. Bases typically have pH values above 7, indicating alkaline properties. If the liquid gives a pH reading greater than 7, it supports the classification of the liquid as a base.