I know the answer, but I'm confused as to why this isn't sp3 hybridized. Please explain.
sp 3 hybridized with a +1 formal charge. |
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sp 2 hybridized with a 0 formal charge. |
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sp 3 hybridized with a 0 formal charge. |
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sp 2 hybridized with a +1 formal charge. |
C forms 3 sigma bonds with Carbon of CH3 groups.
SO, total number of electron domain around C is 3
SO, this is sp2 hybridised
When number of electron domain is 2, hybridisation is sp
When number of electron domain is 3, hybridisation is sp2
When number of electron domain is 4, hybridisation is sp3
When number of electron domain is 5, hybridisation is sp3d
When number of electron domain is 6, hybridisation is sp3d2
Since charge is +1, this is formal charge
Answer: option 4
I know the answer, but I'm confused as to why this isn't sp3 hybridized. Please explain....
5. The central carbon of the tert-butyl carbocation is: A sp hybridized with a +1 formal charge B. sp hybridized with a 0 formal charge C. sp hybridized with a +1 formal charge D. sp hybridized with a 0 formal charge 6. How many chiral centers are there in the following molecule? Mark them with an asterisk. A)2 B) 3 C) 4 D)5 2. Which of the following molecules are chiral? Hint: draw the planar structures; pay attention to the...
A. two B. four C. six D. eight 15. Which one of the following compounds has highest boiling point? I. CH3CH2CH3 II. CH3CH2OH III. CHOCH A. I B . II C. III 16. What occurs when an optically active alcohol reacts with HBr to give an alkyl halide? A complete inversion of configuration takes place at the chirality center B. incomplete and varying inversion of configuration takes place at the chirality center C. the chirality center retains its configuration D....
A. two B.four 15. Which one of the following compounds has highest boiling point? 1. CH3CH2CH3 II. CH3CH2OH III. CH3OCH3 C. six D. eight AI B. II CINI 16. What occurs when an optically active alcohol reacts with HBr to give an alkyl halide? A. complete inversion of configuration takes place at the chirality center B. incomplete and varying inversion of configuration takes place at the chirality center C. the chirality center retains its configuration D. the molecule loses its...
Please explain why the correct answer is correct
Studies indicate that the methyl radical is trigonal planar. Based on this, which of the following best describes the methyl radical? The carbon is sp^2 hybridized and the unpaired electron occupies an sp^2 orbital. The carbon is sp^2 hybridized and the unpaired electron occupies an sp^2 orbital. The carbon is sp^3 hybridized and the unpaired electron occupies an sp^3 orbital. The carbon is sp^3 hybridized and the unpaired electron occupies a 2p...
Isn't phosphoric acid
corrosive, flammable, and explosive? I'm confused on how we are
supposed to know which one is "the major hazard". Were performing a
gas chromatography experiment and so heat will be involved, maybe
then the answer would be explosive?
Question 1 1 pts What is the major hazard associated with the use of phosphoric acid? Explosive Flammable Cryogenic Corrosive
Please explain why the answer is B, thanks :)
D) l on N-1 on the sp carbon E) There are no formal charges in the molecule 20. Which of the following molecules can fo ydrogen bonds with another molecule of its' kind? CH,CH2CH, l A) CH3CH2 B) CH3NHCH C) CH3OCH
I'm confused on all of the questions, I kind of know how to answer the first one I'm just not sure about 2 and 3. Measure the fall time of the stainless steel ball dropping from several different heights. Use at least four different heights as widely spaced as possible in order to get a sensible result. Make a table of drop height versus fall time: Fall time (s) 0.3847 0.3505 0.3224 0.2710 Drop height (cm) 72 59 50 35...
please explain fully. also I am confused why there are numbers in
with E and Z
(2.) Draw structures corresponding to the following names: a) (4E)-2,4-dimehyl-1,4-hexadiene b) Cis-3,3-dimethyl-4-propyl-1,5-octadiene c) 4-methyl-1,2-pentadiene d) (3E,5Z)-2,6-dimethyl-1,3,5,7-octatetraene e) 3-butyl-2-heptene f) Trans-2,2,5,5-tetramethyl-3-hexene
Please explain why all of their escape speeds from the moon are
equal.
I'm confused as to why they're equal because using the formula
for escape velocity, shouldn't the escape speed be the largest for
the third mass, followed by the second then the first
mass?
Question 2 We have three objects with the masses mi = 1 kg, m2 = 2 kg, and m3 = 3 kg. Your answer is correct. (a) Rank them according to their escape speeds...
According to the solutions, all 3 answers are sp2 hybridized.
Please explain why.
Is there delocalization of lone pairs?
Determine the hybridization of the labeled atom in each species. a =0: b. I