in each reaction box, place the best reagent from the list below. draw the intermediate compound.

In the following chemical reaction, we want to show what reagents and compounds were used. In each reaction box, place the best reagent from the list below. Draw an intermediate compound where appropriate.

-Hydrochloric acid (HCl)

-Sodium chloride (NaCl)

-Potassium nitrate (KNO₃)

-Ammonium nitrate NH₄N03.H₉O ⁿ = Ammonium Nitrite, HANOH ︱ﹺ Nitrous Oxide, NO; Reaction: KNO – + Na+ Cl-+NH++ HO ⇒ NAOH + N02 + H20

The best reagent is ammonium nitrite because it can be used to release the nitrogen from ammonia and convert a strong base like potassium hydroxide into water as well as contributing hydrogen gas to form hydrochloric acid.

-Ammonium nitrate NH₄N03.H₉O ⁿ = Ammonium Nitrite, HANOH ︱ﹺ Nitrous Oxide, NO; Reaction: KNO – + Na+ Cl-+NH++ HO ⇒ NAOH + N02 + H20 The best reagent is ammonium nitrite because it can be used to release the nitrogen from ammonia and convert a strong base like potassium hydroxide into water as well as contributing hydrogen gas to form hydrochloric acid. In each reaction box, place the best reagent from the list below. Draw an intermediate compound.

-Ammonium nitrate NH₄N03.H₉O ⁿ = Ammonium Nitrite, HANOH ︱ﹺ Nitrous Oxide, NO; Reaction: KNO – + Na+ Cl-+NH++ HO ⇒ NAOH + N02 + H20 The best reagent is ammonium nitrite because it can be used to release the nitrogen from ammonia and convert a strong base like potassium hydroxide into water as well as contributing hydrogen gas to form hydrochloric acid. In each reaction box, place the best reagent from the list below. Draw an intermediate compound.

Organic compounds are made up of carbon atoms combined with hydrogen and a few other atoms.

The carbon atom has four bonding sites and each bond has electron pairs.

The bonding site is shared with two other atoms, so the atom has to decide which bonds are more important or that it should use for its own purposes.

-Hydrogen gas, H₁ – Reaction: C+H-+O ⇒ CO (as a waste product) The best reagent is hydrogen because it can be used as an oxidant in reactions with organic compounds like formaldehyde and methanol to produce water vapor and carbon dioxide as products respectively. In each reaction box, place the best reagent from the list below. Draw an intermediate compound.

-Oxygen gas, O₂ – Reaction: C+O ⇒ CO (as a waste product) The best reagent is oxygen because it can be used as an oxidant in reactions with organic compounds like formaldehyde and methanol to produce water vapor and carbon dioxide as products respectively. In each reaction box, place the best reagent from the list below. Draw an intermediate compound.

-Hydrogen peroxide solution HOOH The best reagent is hydrogen peroxide because it has two molecules of water that are able to react with different parts of the molecule at once so they don’t need anything else besides them to break down into water again, which makes this a great cleaner for use in reactions with organic compounds, like formaldehyde and methanol.

-Sulfuric acid solution H₂SO₄ The best reagent is sulfuric acid because it has a strong tendency to react with any kind of substance that contains just one compound, so this makes for a great cleaner in the reaction between an organic compound (such as formaldehyde or methanol) and water. In each reaction box, place the best reagent from the list below. Draw an intermediate compound.

-Hydrochloric acid solution HCl The best reagent is hydrochloric acid because it’s really good at reacting with substances that are acidic themselves (like when an electron donor adds onto them), so it does great in reactions with organic compounds.

-Iodine solution I The best reagent is iodine because it’s really good at reacting with substances that are oxidizing themselves (like when a hydrogen donor adds onto them), so it does well in reactions involving organic chemistry and reducing agents. In each reaction box, place the best reagent from the list below. Draw an intermediate compound.

-Hydrofluoric acid HF The best reagent here would be hydrofluoric acid because this reacts with many different kinds of things – even ones without any kind of charge on them! This fluid also has acidic properties, which makes for a cleaner addition to reactants like water or formaldehyde/methanol. It will react with anything that it can, so it’s a good go-to for reactions involving organic chemistry.

-Sodium hydroxide/soda ash NaOH The best reagent here would be sodium hydroxide because this reacts well with substances which are either oxidizing or reducing themselves. It is also capable of neutralizing acids (like hydrochloric acid) and bases (such as lye). This makes sodium hydroxide an excellent candidate for any kind of reaction you might want to do! In each reaction box, place the best reagent from the list below. Draw an intermediate compound.

-Potassium nitrate KNO Potassium nitrate is one of the most powerful chemicals on its own, so it is not the best choice for reactions involving organic chemistry. This will react with substances which are either oxidizing or reducing themselves, but in doing this reaction you run a huge risk of generating other chemicals that could be harmful to people!

-Sodium iodide NaI The best reagent here would be sodium iodide because this reacts well with substances which are either oxidizing or reducing themselves. It also prevents oxidation from happening among other things by being an excellent oxygen scavenger. Sodium Iodide should work just fine for any kind of reaction you might want to do without risking safety due to its inert nature and ability to prevent some chemical reactions from occurring. In each reaction box, place the best reagent from the list below. Draw the intermediate compound.

-Sodium hydroxide NaOH Sodium hydroxide is a strong base that will react with substances which are either oxidizing or reducing themselves when you mix them together. However, this can also result in other harmful reactions like hydrolysis and alkali metal explosion due to its nature as being an excellent water scavenger. This reagent should be avoided if safety is your top priority because it may not prevent all of these dangerous chemical reactions from happening! In each reaction box, place the best reagent from the list below. Draw the intermediate compound.

-Potassium iodate KIO Potassium Iodate is a very good choice for this kind of test because it’s able to work as a reducing agent. This reagent is able to reduce substances which are oxidizing themselves by accepting electrons and serve as an excellent example of the chemical reaction between hydrogen peroxide (H202) and potassium iodate, KIO.

-Hydrogen Peroxide H202 Hydrogen peroxide has many different roles in this kind of experiment because it’s both an oxidizing substance and also a strong acid. It will react with nonmetallic metals creating oxides such as ferrous oxide or copper(II) oxide but can also be used for other purposes like cleaning wounds if you dilute its concentration enough!

The best reagents that should be used in these reactions are either sodium hydroxide or potassium iodate depending on what the chemist is trying to achieve. Hydrogen peroxide (H202) KIO, NaOH, HClO. -Potassium iodate KIO The best reagent for this kind of experiment that should be used in these chemical reactions are either sodium hydroxide or potassium iodate! They all have different roles and purposes so the choice depends on what’s needed in each reaction box! Sodium hydroxide creates caustic solutions which can react with water to create hydrochloric acid but it also has other uses such as cleaning wounds if you dilute its concentration enough! Potassium iodate is an oxidizing substance that will reduce substances which are oxidizing themselves by accepting electrons and serve as a good example