Number of valence electron in each carbon atom = 4
Number of valence electron in each Oxygen atom = 6
Number of valence electron in each hydrogen atom = 1
Total number of valence electron = 3*4 + 1*6 + 6*1
= 12 + 6 + 6
= 24
Answer: 24
3.44 g PCl Question 9 (0.5 points) If a Lewis structure contains three carbon atoms, one...
Oi Question 5 (0.5 points) If a Lewis structure contains three carbon atoms, one oxygen atom, and six hydrogen atoms, how many valence electrons are there? O 24 12 18 O 16
Question 10 (0.5 points) If a Lewis structure contains one nitrogen atom and three chlorine atoms, how many valence electrons are there? 0 26 24 O 18 O 30 Question 11 (0.5 points) Saved
Question 1 (0.5 points) If a chain of three carbon atoms contains one carbon-carbon double bond, how many hydrogen atoms are there? 10 O4 6 Question 2 (0.5 points) If a chain of four carbon atoms contains one carbon-carbon triple bond, how many hydrogen atoms are there? 06 10 08 04 Question 3 (0.5 points) If an alkene contains five carbon atoms, how many hydrogen atoms are there? 14 12 10 8 Question 4 (0.5 points) If an alkyne contains...
writing lewis symbols for lewis STRC 434: Writing Lewis Symbols and Lewis Structures 4) Write the Lewis structure for the ionic com und potassium chloride in the box. 5. Construct the Lewis struchure model for the cova 149 lant compound sulfur ditluoride (SF) using the follow ing steps (1) The number of valence electrons in the sullur s The total number of valence electrons Hence, the total Lewis structure of potassium chioride (5) How does the written Lewis structure for...
How many valence electrons are in lone pairs in the Lewis dot structure of C2H2? The carbon atoms are bonded to each other, and each hydrogen atom is bonded to a carbon atom. Is it: 2, 4, 5, or 0
Valence Far Charge EACH atom within Lewis Structure Flered molecular Geometry of central atoms) Molecules SO SO Structure 2 SO, D2. How is resonance shown in the three structures of SO,? Online this structure is often shown with 3 double bonds to each oxygen, explain why this is incorrect? Electronie and molecular Geometry of Fermal Charge EACH bom withia Lewis Structure ΗΝΟ, ΗΝΟ, D3. In the above structure, nitrogen is the central atoms but hydrogen is NOT bonded directly to...
hi there I need to solve this question 3. Consider the molecule CCl,0. (25 points) a. Draw the Lewis structure of the molecule. Determine the Valence Bond Theorry hybridization of the carbon atom. 4+20)+6-2 +2 sp-spty S24 b daHon Based on the hybridization predicted in part "a", draw a hybridization scheme for the orbitals of b. the carbon atom. lank Draw orbital diagrams for chlorine and oxygen, showing the valence electrons only AC. 2s 2P 2 5 Draw the Valence...
Please help. Also, are my lewis dot structures correct? Lewis Structure she heading and CI-C-C non ρο1ος | H-N-H H, 08 H-OH non polar SF, 205 -3-F I polar 13 CH. 14 H-c-c-H non poiar C- Opolar 14 CH. 18 H-6-(= 6-HG- Al. All of these compounds will have a completed octet on each atom except hydrogen. What observation can you make about the number of valence electrons in the Lewis structure and the number of bonds or multiple bonds...
all 13. A molecule of deoxyribose, an essential part of DNA, contains five carbon atoms, ten hydrogen atoms, and four oxygen atoms. How would the formula of deoxyribose be represented? A) SCIOH40 B) C5H1004 C) CsH1004 D) CºHlºg E) All formulas are acceptable. 14. What is the formula of the compound sulfur trioxide? A) S30 B) SO C) S(O2) D) S302 E) S.O2- 15. Formaldehyde is a covalent compound used as a preservative for biological specimens. Which statement concerning the...
16. A molecule of benzene is made up of six carbon atoms and six hydrogen atoms, linked together in a hexagonal shape as in Figure 13.28. (a) How many different compounds can be formed by replacing one or more of the hy- drogen atoms with a chlorine atom? (b) Find the number of different chemical compounds that can be formed by replacing three of the six hydrogen atoms in a benzene ring with a CH3 radical. We were unable to...