2.99 See Answer

Question: Find the area of the shaded region. /

Find the area of the shaded region.
Find the area of the shaded region.





Transcribed Image Text:

x = y - 2 y = 1 x = ey X -3 -1 2 3 4 y = -1 3. 2.


> CIO2 KrF4 Lewis structure Total # of valence electrons electron groups (domains) on central atom resonance structures (Yes or No) Molecular geometry Angles around central atom Formal charge on central atom Polar CIO2 KRF4 Lewis structure Total # of v

> Draw the Lewis structure for the trisulfur (S3) rule molecule. Be sure to include all resonance structures that satisfy the octet rule.

> Select the statements below that are TRUE. A. Benzene and its derivatives tend to undergo electrophilic aromatic addition reactions. B. Benzene and its derivatives tend to undergo electrophilic aromatic substitution reactions. C. Substitution reactions h

> A. For each formula, write the name for each compound (Don't forget Roman Numerals, if necessary.), and circle if the compound is Ionic or Molecular. Circle Compound Name Ionic or Molecular Fe(NOz)2 Ionic or Molecular 2 KCr;O, Ionic or Molecular (NH)

> For the molecule TeF6 give the following: Lewis Structure (include normal, wedge, and dotted lines when necessary), Number of valence electrons, Number of bonded atoms on central atom, Number of lone pairs on central atom, Central atom steric number, Bon

> Show how to carry out the following transformation. Br

> Show how to carry out the following transformation in the highest yield possible. Select the appropriate reagents and draw the correct organic product at each step. Overall reaction (not graded) Br Select answer Select answer

> Using Lewis structures, show the interaction between two molecules of C2H5NH2 and name the type(s) of interactions involved.

> Show how to carry out the following transformation in the highest yield possible. Select the appropriate reagents and draw the correct organic product at each step. Overall reaction (not graded) Select answer Select answer

> Show how to carry out the following transformations: CH3 CH3 HN CH3 CH3 HN OH a. b. HN CH3 CH3 HN CH3 CH3

> Show how to carry out the following transformations. Include all reagents, all intermediates and relevant. a. Ph ? b. C. ?

> Show how to carry out the following transformations: а. Но NH HN CH3 CH3 CH3 CH3

> Synthesis problems: show how to carry out the following transformations. CI N. H HO, H. NHCH3 OCH3

> For a particular isomer of C8H18, the following reaction produces 5093.7 kJ of heat per mole of C8H18(g) consumed, under standard conditions. For a particular isomer of CeHsg, the following reaction produces 5093.7 kJ of heat per mole of CeHelg) cons

> Draw the mechanism for the acid-catalyzed dehydration of 2-methyl-2-pentanol to yield 2-methyl-1-butene.

> Provide detailed mechanisms for the dehydration of 2-methyl-2-pentanol. OH H2SO4, H2O THF, heat

> What is the mechanism for the complete dehydration of 2-methyl-2-pentanol?

> Which product(s) would be produced by acid-catalyzed dehydration of 2-methyl-2-pentanol? and and

> Structural formula Condensed Structural Formula Lewis Structure CH3OCH2CH3 Condensed Structural Formula Lewis Structure CH;OCH;CH; CH,CO,CCH, C;H;NH2 C,H,CO;CH3 CH.CONHCH, CH;COCH, CH,COH CH,OH CH;CH;CO,H

> The names of some compounds and values of Lattice energy are given B below. (Not in any order) Compounds: MgBr2, AlBr3, CaBr2, LiBr Lattice energy KJ/mol: 2176, 5361, 807, 2440 The Lattice energy of CaBr2 is A. 2440 KJ/mol B. 2176 KJ/mol C. 5361 KJ

> The lattice energy of CaBr2 can be calculated using the BornHaber Cycle. Explain in words why you would expect aluminum chloride to have higher magnitude lattice energy.

> Draw the following line structure. a. 6-neopentylnonadecane b. 1-cyclopropylpentane c. Trans-1-ethyl-4-isopropylcyclohexane

> For trans-1-ethyl-4-isopropylcyclohexane, which two chair conformations are in equilibrium? A A D

> 4. Consider the two possible Lewis structures of NOF: / a. Are the two Lewis structures resonance structures? Answer: Yes or No b. Identify the most likely structure of NOF. Answer: Structure (I) or Structure (II) 5. Draw all the resonance structures

> Give the IUPAC name for each compound. 10.72 Give the IUPAC name for each compound. H CH3 CH,CH2CH2CH3 (a. GH,-c-CHCH, ČH,CH3 c.) CH,CH,CHCH,CH,CH,CH3 CH3 b. gH,CH2 CH2-C-CH,CH2CH d. (CH,CH),CHCH(CH,CH3)2

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> Draw the main Lewis structure of NOF.

> Write the common names for these amines. In each reaction box. place the best reagent and conditions from the list below. a) HạC-N--CH2-CH3 H b) propanamine NH2 1) 2) 3) 4) NO2 5) 6) HNO2, H2SO4 CH3COOH H2. Pd NaNO3 HNO3, H2SO4 acetyl chloride, pyri

> Draw the electron-dot structure for CHClO. Can someone explain to me why Oxygen bonds to carbon and not to chlorine. As well as why carbon takes electrons from Oxygen and not Chlorine?

> The following reactions convert 5-bromo-S-methyl-hexanol I (C7H15BrO) into a structure with molecular formula C7H14O. Reactions A and B provide the same product while reaction C provides more than one product / (two)What organic product do reactions A

> 1. Draw the Lewis structure for O? 2. Draw the Lewis structure for Ca2+ 3. Draw the Lewis structure for S2- 4. Draw the Lewis structure for CH2Cl2. 5. Draw the Lewis structure for Bel2. 6. Draw the Lewis structure for OF2.

> 21. Draw the Lewis electron structure for the sulfide ion 22. Draw the Lewis electron structure for the chlorine atom. 23. Draw the Lewis electron structure for the Cl; molecule. 24. Draw the Lewis electron structure for the HI molecule. 25. Draw th

> Draw the electron-dot structure for CHClO.

> Rank these compounds by boiling point. Pentane, neopentane, and hexane.

> In each reaction box, place the reagent and conditions from the list below. 1) E-H 2) CH2 3) 4) 5) 6) но H2О2, NaOH, H20 CH3B H2, Pt NANH2 На, Lindlar's catalyst CrO3, H2SO4, H2O CH3CH;Br NaBH4 N2OH CH3CH2CH2B BH3/THF

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> Give the products in the following acid-base reactions. Identify the conjugate acid-base pairs. ) NH,* + CH,COO- Conjugate acid-base pairs: NH, NH,. CH3CO0", 6 s* + H2SO, Conjugate acid-base pairs: H2SO,, HCIO, + N¿H4 - Conjugate acid-base pairs: H

> What is a correct conjugate acid-base pair in the following reaction? NH3 + NgH5 = NH4* + N2H4 A NH3, N2H4 NH3, NH4+ NH4+, N2H5 NH4, N2H4

> 1. Which acid is the strongest? a. boric acid b. phosphoric acid c. sulfurous acid d. chloric acid 2. The position of equilibrium lies to the right in each of these reactions: N2H5+ + NH3 → NH4+ + N2H4 NH3 + HBr → NH4

> Name the following compound NO2 POINTS: 1 2. Name the following compound Br NH2 NO, F. Br NH2 C1 OH

> Write the Lewis dot structure for TeF2, TeF4 and TeF6. Is the octet rule satisfied for Te?

> Label the phase diagram for carbon dioxide. liquid gas solid-liquid equilibrium liquid-gas equilibrium solid-gas equilibrium triple point solid Temperature (°C) Pressure (atm)

> Mass of flask and foil (g)= 70.2976 Mass of flask, foil and condensed vapor(g)=70.5765 Temperature of boiling water bath (C)=99 Volume of flask(mL)=156 Barometric pressure(mmHg)=754.1 Room temperature(C)=30 Vapor pressure at room temperature(mmHg)=

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> Find the area of the shaded region. x = y° - 6 y 27 9 WebAssign Plot -10 – 5 x = 3 y- y -5- 5.

> Find the area of the shaded region. Find the area of the shaded region. Find the area of the shaded region. y WebAssign Plot 2 x = y - 9 y=1 x = e -10 -8 -6 -4 -2 2 4 y= -1 -2 3.0- (1, e) 2.5 2.0 y = e* 1.5 1.0 y =xe WebAssign Plot 0.5 -1.0 -0.5 0.

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2.99

See Answer