Neutralization is a reaction between a(n)a. acid and a base.
b. acid and a metal.
c. base and a salt.
d. salt and water.

Answers

Answer 1

Answer: When an acidic solution and a basic solution come together, they cancel each other out thus neutralizing. So A is your answer

Answer 2

Answer:

Im gonna stick with C base and a salt.

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Which mixture can be separated through filtration because one the substances is insoluble in water? Answers:

* NaChO and Pb(ClO)
* Na SO and SrSO
* NaNO and Pb(NO)
* NaC H O and Pb ( C H O )

Answers

B)Na2SO4 and SrSO4 is the answer

What is the 17th element on the periodic table?

Answers

Chlorine is in group 17 of periodic table, also called the halogens, and is not found as the element in nature only as a compound.
Hope I helped Ya!

The 17th element would be Chlorine (Cl).

2. If an eagle is flying at a constant speed, it is accelerating. True or
False

Answers

Answer:

False

Explanation:

Answer:

Explanation:

Net ionic equation for Lead acetate (II) + potassium chromate

Answers

Answer:Pb ( C2 H3O2)2 + K2 CrO4 → Pb CrO4 + 2 CH3 CO2K

Explanation:

The balanced molecular equation for the reaction between lead (II) acetate and potassium chromate is ^

if a jar of honey sits for a long time, sugar may crystallize in the jar.describe two possible cause for this crystallization?

Answers

Answer:

Temperature and humidity

Explanation:

Crystallization occurs in super saturated solution. These are the solutions that have solute to solvent ratio of 2:1 or more. Typical honey is 70% sugar and 20% water (the solute concentration is too high).

Two things cause honey to crystallize.

Temperature
Humidity level

If temperature is lowered the rate of crystallization increases. This is because at low temperature the molecules of solvent come closer and the space between them reduces. This causes the additional solute molecules to be pushed up to form crystals.

Secondly, humidity also plays a key role. If the humidity reduces, the water molecules evaporates from honey into air. This increases the relative concentration of the solute inside the honey, which causes the honey to crystallize.

The two possible causes for crystallization in honey is 1. The condition of the room. (if the temperature keeps rising and dropping rapidly) 2. Crystallization rate also depends on the type of honey you keep in your cabinet. There are 300 different kinds of honey and each type crystalizes differently

As the air temperature increases, with no addition of water vapor to the air, the dew point will ____. a. remain the same b. increase c. decrease d. become equal to the air temperature

Answers

Answer:

Option (A)

Explanation:

A dew point is usually defined as the specific temperature at which the air gets cooled in order to undergo complete saturation with water vapor. This refers to the condition when the relative humidity becomes 100%, and with progressive cooling, it results in the process of condensation, thereby giving rise to the formation of dew.

In a condition, where there is increasing air temperature and no addition of water vapor, the dew point will eventually remain the same. It is because there is not enough water vapor present in the air for the condensation process to take place and form dew.

Thus, the correct answer is option (A).

Final answer:

The dew point would remain the same when air temperature increases without any additional water vapor. The dew point is dependent on humidity and not on the air temperature. Hence, increase in air temperature with no extra water vapor will leave the dew point unchanged.

Explanation:

Dew Point and Air Temperature

The dew point is the temperature at which air becomes saturated with water vapor after cooling without changing its pressure or moisture content. It's significant in understanding weather and climate patterns. If the air temperature increases with no additional water vapor introduced to it, the dew point would remain the same.

This is because the dew point depends on the humidity or water vapor content of the air, not the air temperature. Thus, without the addition of more water vapor, the amount of water the air can hold at saturation stays the same, therefore the dew point remains the same.