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Question: State a general equation for a neutralization reaction.

Short Answer

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Answer

When acid reacts with base, if forms salt and water and undergoes neutralization reaction. The general neutralization reaction is given below.

Acid+BaseSalt+Water

Step by step solution

01

Define neutralization reaction

A neutralization reaction is generally a reaction between an acid and a base which form salt as a product and water as a by-product.

The pH of a reaction between a strong base and strong acid is 7.

02

Write the general equation for neutralization reaction

The general neutralization reaction is:

Acid+BaseSalt+Water

If HA is acid and BOH is a base, the general acid-base reaction is given below.

data-custom-editor="chemistry" HA+BOHHB+H2Oacidbasesaltwater

Example: Reaction of HCl with NaOH, forms salt and water.

data-custom-editor="chemistry" HCI+NaOHNaCI+H2Oacidbasesaltwater

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Most popular questions from this chapter

Thyroxine (C15H11I4NO4) is a hormone synthesized by the thyroid gland and used to control many metabolic functions in the body. A physiologist determines the mass percent of thyroxine in a thyroid extract by igniting 0.4332 g of extract with sodium carbonate, which converts the iodine to iodide. The iodide is dissolved in water, and bromine and hydrochloric acid are added, which convert the iodide to iodate.

(a) How many moles of iodate form per mole of thyroxine?

(b) Excess bromine is boiled off and more iodide is added, which reacts as shown in the following unbalancedequation:

IO3-(aq)+H+(aq)+I-(aq)I2(aq)+H2O(I)

How many moles of iodine are produced per mole of thyroxine?

(Hint:Be sure to balance the charges as well as the atoms.) What are the oxidizing and reducing agents in the reaction?

(c) The iodine reacts completely with 17.23 mL of 0.1000 Mthiosulfate as shown in the following unbalancedequation:

I2(aq)+S2O32-(aq)I-(aq)+S4O62-(aq)

What is the mass percent of thyroxine in the thyroid extract?

How many total moles of ions are released when each of the following samples dissolves completely in water?

(a) 0.805 mol of Rb2SO4(b)3.85×10-3 g ofCa(NO3)2

(c) 4.03×1019Formula units ofSr(HCO3)2

Carbon dioxide is removed from the atmosphere of space capsules by reaction with a solid metal hydroxide. The products are water and the metal carbonate.

(a) Calculate the mass of CO2that can be removed by reaction with 3.50 kg of lithium hydroxide.

(b) How many grams of CO2 can be removed by 1.00 g of each of the following: lithium hydroxide, magnesium hydroxide, and aluminum hydroxide?

Predict the product(s) and write a balanced equation for each of the following redox reactions:

(a) Pentane (C5H12) + Oxygen →

(b) Phosphorus trichloride + Chlorine →

(c) Zinc + Hydrobromic acid →

(d) Aqueous Potassium iodide + Bromine →

(e) Write a balanced net ionic equation for (d).

At liftoff, a space shuttle uses a solid mixture of ammonium perchlorate and aluminum powder to obtain great thrust from the volume change of solid to gas. In the presence of a catalyst, the mixture forms solid aluminum oxide and aluminium trichloride and gaseous water and nitrogen monoxide. (a) Write a balanced equation for the reaction, and identify the reducing and oxidizing agents. (b) How many total moles of gas (water vapor and nitrogen monoxide) are produced when 50.0 kg of ammonium perchlorate reacts with a stoichiometric amount of Al? (c) What is the volume change from this reaction? (dof NH4ClO4 = 1.95 g/cc, Al = 2.70 g/cc, Al2O3 = 3.97 g/cc, and AlCl3 = 2.44 g/cc; assume 1 mol of gas occupies 22.4 L.)

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