________________ compounds are made up of non-metals only.

Expert Solution

Ans. Covalent compounds are made up of non-metals only.

Reason :

First we have to understand what is covalent bond. Covalent bonds are formed when pairs of electrons are shared by two or more than two atoms.

Now the question arise why only non-metal does so, this is because non-metal easily satisfy the octet rule and gained stability by shared their outer most electrons or valence electrons. we know the octet rule in which all atoms in the compound having 8 electrons in their valence electron shell (attain nearest nobel gas configuration).

taking example of two non-metal atoms(H and Cl).

Hence, covalent compounds are made up of non-metals only.

queen_honey_blossom answered 11 months ago

Why are metals typically better conductors of heat than non-metals?

devise a plan of how you will identify which compounds are non- polar covalent using only...

devise a plan of how you will identify which compounds are non- polar covalent using only one test. What test will you carry out to determine whether a sample is a mom- polar covalent compound? What result will you get in this test id the sample is a non-polar covalent compound?

Which of the physical properties you can be use to distinguish metals from non metals

Differentiating Metals and Non-Metals discussion forum The objectives of this discussion forum revolve around the fundamental...

Differentiating Metals and Non-Metals discussion forum The objectives of this discussion forum revolve around the fundamental concepts of atomic theory, molecular structure and properties, and chemical nomenclature (naming). Your initial post to the forum should be in response to the following: Explain how you would go about distinguishing a metal from a nonmetal. Consider including the following talking points in your discussion posts this week: An explanation of the differences between metals and nonmetals including the physical and chemical properties...

1. Why metals or their compounds (like metal oxides, metal hydroxides, metal complexes, etc.) that are...

1. Why metals or their compounds (like metal oxides, metal hydroxides, metal complexes, etc.) that are strong chemical reactants are not generally good catalysts? 2. Briefly describe why study of mechanisms of the absorption and desorption processes helps us understand catalysis.

ionic compounds tend to form between metals and nonmetals when electrons are transferred from an element...

ionic compounds tend to form between metals and nonmetals when electrons are transferred from an element with high ionization energy (metal) to an element with a low electron affinity (nonmetal). true or false

What metals are used in costume jewelry? How are they made to simulate the gold and...

What metals are used in costume jewelry? How are they made to simulate the gold and silver they mimic? Answer in greater than 100 words.

1a)for each of the 7 groups of chemical aganets(aldehyde, quaternary ammonium compounds, heavy metals, sterilizing gases,...

1a)for each of the 7 groups of chemical aganets(aldehyde, quaternary ammonium compounds, heavy metals, sterilizing gases, halogens,phenolics, and alcohols) identify theechanism of action and determine if the agent is capable of sterilizing or only disinfecting. b) for the table below, for each relevant (ignore fungi) group of organisms, discuss what cellular characteristics or reasons the organism falls into that place on the ability to be killed scale.

#1. Show work Consider a new alloy that is made by mixing the following three metals...

#1. Show work Consider a new alloy that is made by mixing the following three metals in the given proportions, by mass: 55.75% aluminum; 33.50% lead; 10.75% magnesium The new alloy is sold as cubes with a total mass of 22.75 g. Calculate the density of a single cube of this alloy. (Hint: Assume that the volumes of the metals are additive and assume that the temperature of all the metal samples and the alloy remains constant. You will need...

Consider the models you made for two compounds that have the formula C4H10O. Are there other...

Consider the models you made for two compounds that have the formula C4H10O. Are there other isomers with this formula besides the ones you explored in the procedure? Would they have the same or different functional groups? Draw structures to provide examples. You do not have to name these compounds.

Question