Carbon Shows A Very Strong Tendency To Form. Jun 3, 2023 — Carbon Shows A Very Strong Tendency To Form . Question: Diamond is very ______, and graphite is very ______. . Visit Quizfeast to learn more . Pottery Barn Hotel Flatware, Chemical compound - Bonding, Structure, Properties | Britannica. About featured snippets•FeedbackQuestions and answersQuizletQuestionCarbon shows a very strong tendency to formAnswer · 0 votescovalent bondsMoreQuizletQuestionCarbon shows a strong tendency to form this type of bondAnswer · 0 votescovalent bondMoreDoubtnutQuestionGive reasons for the following: Carbon has a strong tendency for catenation compared to silicon.Answer · 426 votesSolution:Carbon atoms have the tendency to link with one another through covalent bonds to form chains and rings. This property is called catenation. This is because C-C bonds are very strong. Down the group the size increases and electronegativity decreases, and, there by, tendency to show catenation decreases. This can be clearly seen from bond enthalpies values. The order of catenation is C gt gt Si gt Ge Sn. Lead does not show catenation.MoreBYJU'SQuestionAssertion A- Carbon has a strong tendency to either lose or gain electrons to attain noble gas configuration- Reason R- Carbon has four electrons in its outermost shell and has the tendency to share electrons with carbon or other elements-Answer · 0 votesExplanation for the correct answer: Option (D) (A) is false, but (R) is true.Carbon has a valency of four as it has 4 electrons in its outermost shell, 1s^22s^2 .MoreBYJU'SQuestionAssertion A- Carbon has a strong tendency to either lose or gain electrons to attain noble gas configuration- Reason R- Carbon has four electrons in its outermost shell and has the tendency to share electrons with carbon or other elements- i Both A and R are true and R is the correct explanation of the assertion A- ii Both A and R are true- but R is not the correct explanation of the assertion A- iii A is true- but R is false- iv A is false- but R is true-Answer · 0 votesCarbon does not have a strong tendency to either lose or gain electrons to attain noble gas configuration. Thus the assertion is false .Carbon has four electron .MoreTopprQuestionWhich shows maximum catenation property?Answer · 49 votesProperties of catenation is shown by C, S, Si, P etc. but this tendency of catenation is maximum in C.This is due to small size of C. Smaller the atom, more stronger will be the tendency of catenation.Carbon shows catenation to a maximum extent because of its electronic configuration and tendency to form strong covalent bonds.The bond energy of C - C bond is greater than N - N bond and thus catenation in nitrogen is restricted to 2 or 3 nitrogen atoms.MoreTopprQuestionWhy does carbon form number of compounds?Answer · 23 votesCarbon has the ability to form long chains. This ability of carbon is termed as catenation. It is because of catenation that carbon forms a large number of compounds. Carbon has four electrons in its valence shell. These four electrons are available to the carbon atom to form bonds with other atoms; be it carbon or other elements. Carbon, using the four valence electrons, has the ability to form multiple bonds i.e double and triple. This is also the reason for the existence of a large number of carbon compounds.MoreBrainly.inQuestionassertion carbon has a strong tendency to either gain or lose electrons to attain noble gas configuration Reason carbon has four electrons in its outermost shell and has a tendency to share electrons with carbon or other elements. Can someone tell me whats the ryt answer for this. ​Answer · 9 votesThe assertion is false but the reason is true.Explanation:Carbon has four electrons in its outermost shell and has a tendency to share electrons with carbon or other elements.Carbon shows 4 valency which means it has the tendency to form four covalent bonds with other elements.Carbon can only share an electron to form hydrocarbon compounds. It combines with four hydrogen atoms to form an alkane, called methane i.e CH4.MoreAskFilo.comQuestionGive reasons for the followingCarbon has a strong tendency for catenation compared to silicon.Answer · 0 votesCarbon atoms have the tendency to link with one another through covalent bonds to form chains and rings. This property is called catenation. This is because C−C bonds are very strong.Down the group, the size increases and electronegativity decreases and thereby, tendency to show catenation decreases. Thus, carbon has a strong tendency for catenation as compared to silicon.MoreNumeradeQuestionulple Choice Identify the choice that best completes the statement or answers the question: Carbon shows very strong tendency to form ionic bonds; hydrogen bonds. covalent bonds highly polar bonds How many covalent bonds can carbon atom usually form?bonds are directed toward the com When carbon atom forms four covalent bonds the triangle: square. pyramid tetrahedron.What do all organic compounds contain? hydrogen oxygen water carbon Organic compounds are defined as all covalently bonded compounds containing carbe oxides and carbonates ethers and esters alcohols and acids aldehydes and ketones The diversity of organic compounds is s0 great because carbon has many allotropes compounds have many isomers compounds are very reactive has many isotopes Which formula shows the numbers and types of atoms in molecule but not the bon molecular formula empirical formula structural formula ionic formula What type of bond is rigid and does not allow atoms t0 rotate freely? ionic bond single bond double bond hydrogen bondWhen two identical atoms are on the same side, the molecule is cis structural. trans. rigid.10. Isomers are compounds that have the same molecular formula but different structures the same molecular formula and the same structure. different molecular formulas and different structures. different molecular formulas but the same structure 11. Which formula is most useful in distinguishing isomers? molecular formula empirical formula structural formula ionic formulaAnswer · 2 votesHello student for this question. The first answer will be So first we have to draw the structure. The structure will be like this here one hydrogen molecule and here another hydrogen molecule here one double bond will be present. And here three hydrogen molecules will be present Here another three and here one hydrogen molecule is present. So the angle between these two is 120 degree and this angle is 120 degree and this particular angle will be 109.5 degrees and this particular carbon will have a triangular planner, try angular planner geometry and this particular carbon will have tetra federal geometry and the structure that I have drawn is for the drop in. So this is the structure for probing and if you consult the options here, option two is the answer for this question. Moving to the second question, if you analyze the option, you can see that option two is the answer for this question. And for the question # three the correct answer will be Option three. So these are the answers …MoreCheggQuestionCarbon shows a very strong tendency to form a. ionic bonds. b. covalent bonds. c. hydrogen bonds. d. highly polar bonds.Answer · 0 votesb. covalent bondsMoreCareers360QuestionGive reasons for the following:(i) is immiscible in water, whereas is easily hydrolyzed.(ii) Carbon has a strong tendency for catenation compared to silicon.Answer · 1 vote628MoreStudy.comQuestionWhich property of carbon is related to its ability to form a large number of compounds?(a) Its tendency to form four covalent bonds.(b) Its ability to form double and triple bonds.(c) Its tendency to catenate.(d) All of the above.Answer · 0 votesThe correct answer is option (d) All of the above.The element carbon is the basis of organic chemistry. This single element has the ability to form an infinite number of organic molecules when combined with just a few other elements, including hydrogen, nitrogen, sulfur, phosphorus, and oxygen.The ability of carbon to form an infinite number of organic compounds is the result of several properties of a carbon atom.• A carbon atom has four valence electrons. This gives each carbon atom the opportunity to form four covalent bonds as a carbon atom strives to satisfy the octet rule.• In addition to single covalent bonds, a carbon atom's ability to form up to four covalent bonds allows for the formation of double and/or triple bonds.• Carbon has the ability to bond to other carbon atoms with single, double, or triple bonds. This allows carbon atoms to form long chains, rings, or branched structures. This ability of a carbon atom to bond directly to other carbon atoms is called catena…MoreVedantuQuestionThere is a large number of carbon compounds due to:(A) Tetravalency of carbon(B) Strong catenation property of carbon(C) Allotropic property of carbon(D) Non-metallic character of carbonAnswer · 1 voteHint: The self-linking of atoms of an element to form chains and rings is responsible for the formation of a large number of compounds. This property is present only in certain elements such as carbon, sulphur, silicon and boron.Complete step-by-step answer: Catenation can be defined as the bonding of atoms of the same element into a series which is called a chain. Carbon can easily perform catenation that forms covalent bonds with other carbon atoms to form longer chains and higher mass structures. This is the reason for the presence of the vast number of organic compounds made of carbon in nature.Carbon is best known for its catenation properties, due to the analysis of catenated carbon structures in organic chemistry. All the elements of the carbon family can show this property but carbon shows most, so the tendency decreases down the group.This happens because the atomic size of an element increases down the group resulting in the decrease of strength of the covalent bond and small…MoreQuoraQuestionWhy does carbon show much greater tendency for catenation in comparison to silicon?Answer · 7 votesUnder ideal, similar conditions, it doesn’t: silicon and carbon both show formally infinite catenation in their pure elemental forms, at STP.Carbon forms a much wider variety of catenated forms than silicon for several reasons:• Carbon can form stable [math]pi[/math] bonds; silicon can’t.• Carbon-carbon single bonds are around 80% stronger than silicon-silicon bonds, making catenated carbon more stable than catenated silicon.• Oxygen is the third most common element in the universe. Catenated carbon is pretty stable even in the presence of oxygen, because C-C bonds are about 90% as strong as C-O bonds. Meanwhile, Si-Si bonds are only about 33% as strong as Si-O bonds — which are actually stronger than C-O bonds.The bottom line is that, experientially, you can get carbon-carbon chains of any length, and they will be pretty stable. Meanwhile, at STP, silicon chains can’t grow past around eight silicon atoms in length.MoreQuoraQuestionWhy does carbon show the maximum catenation property?Answer · 44 votesMostly student ask this.First of all we have to know, what is it?In chemistry, catenation is the bonding of atoms of the same element into a series, called a chain. . Catenationoccurs most readily with carbon, which forms covalent bonds with other carbon atoms to form longer chains and structures. This is the reason for the presence of the vast number of organic compounds in nature.Reason…carbon is not the only one with catenation property. Silicon shows it to quite a good extent, sulphur and boron has also been shown to catenate.carbon has highest degree of catenation because:1. high C-C bond energy2. tetravalency (large number of bonds)3. small atomic size hence less diffused orbitalplease never say that carbon is the only element to show catenation.O in ozone is catenated, Se and Te also show catenation.Tnxx for asking…MoreTestbookQuestion"Organic compounds are very large in number. This is due to:"Answer · 2167 votes"Explanation:Carbon has the unique ability to form bonds with other atoms of carbon, giving rise to large molecules. This property is called as catenation.These compounds may have long chains of carbon, branched chains of carbon or even carbon atoms arranged in ringsCatenation is the binding of an element to itself through covalent bonds to form chain or ring molecules.Carbon is the most common element that exhibits catenation.It can form long hydrocarbon chains and rings like benzene.Please note that the smaller the atom, the stronger is the tendency of catenation.All the elements of the carbon family or group 4 family exhibit catenation property.The carbon family includes carbon (C), silicon (Si), germanium (Ge), tin (Sn), lead (Pb), and flerovium (Fl).Important PointsOnly carbon will show catenation property.The capability of atoms forming a long chain by bonding with each other is called catenation.It is the linkage of atoms of the same element to form long chains.…More Feedback People also askYou will see more English now.Why does carbon form strong bonds?What does carbon have the tendency to form?Does carbon have a strong tendency to either?Does carbon form very strong bonds?Feedback Pottery Barn Humidifier, Assertion A: Carbon has a strong tendency to either lose or .. 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Pottery Barn Keepsake Box, THE X-RAY ANALYSIS OF ORGANIC COMPOUNDS. by G SHEARER · 1926 · Cited by 4 — The science of chemistry has, for the most part, concerned itself with the nature of molecules . However, in both crystalline forms of carbon, diamond and. Pottery Barn Kendall Nightstand, Images for carbon shows a very strong tendency to form. Carbon is unique among the elements in its ability to catenate, to form a wide . Because it has a strong tendency to share its lone pair with another atom .Two statements are given one labelled Assertion A. Assertion (A): Carbon has a strong tendency to either lose or gain electrons to attain noble gas configuration. Reason (R): Carbon has four electrons in its . New Balance Store Scottsdale, Organic Chemistry: Structure of Alkanes. Carbon has a strong tendency to concatenate; that is, to form long chains of carbon atoms that provide an important skeletal framework on which to build . 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Catenation most readily occurs in carbon which forms covalent bonds with other carbon atoms to form longer chains and structure.C with the least diffuse p .1 answer  ·  Top answer: Catenation is the linkage of atoms of the same element into longer chains. Catenation most readily occurs in carbon which forms covalent bonds with other .CBSE Class 10 Answered. May 22, 2014 — The size of carbon atom is small as compared to that of silicon. Therefore, C-C bond is smaller and stronger than Si-Si bond.Broad Family of Carbon Nanoallotropes - ACS Publications. by V Georgakilas · 2015 · Cited by 1636 — The unique ability of carbon atoms to participate in robust covalent bonds with other carbon atoms in diverse hybridization states (sp, sp2, .What makes most all-carbon materials so strong?. Sep 29, 2015 — All that being said, carbon has some properties that make it special: it tends to form covalent bonds, and it prefers to have four of them.2 answers  ·  Top answer: Carbon is not universally super-strong. True, diamond sets a record in hardness, but: (1) it .What is a nucleophile. An atom or molecule that provides an electron pair to form a covalent bond is known as a nucleophile. Strong Bases/Strong Nucleophiles A good base is .Iron valence electrons. Since the outermost shell has 2 2 electrons, the valence is 2 2. . These valence electrons can form a chemical bond only if the outer shell remains .EXCEPTIONAL LARGE NO.OF CARBON COMPOUNDS IS .. Jul 4, 2019 — Tendency to combine with other non-metals: Carbon has the ability to form strong covalent bonds with many other atoms such as H, O, S, N, Cl, Br .Get Answers to all your Questions. Assertion (A) : Carbon has a strong tendency to either lose or gain electrons . 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