why is a primary alkyl peroxy radical more exothermic (unstable) than a secondary?
why is a primary alkyl peroxy radical more exothermic (unstable) than a secondary?
I have a question in regards to bond strength. So the more stable an alkyl radical is the weaker its c-h bond is correct? If this is true then must the c-h bond of a tertiary hydrogen be weaker than the c-h bond of a primary hydrogen?
Categorise this alkyl halide as primary / secondary / tertiary, and identify the most electrophilic (8+) location within the molecule. a Br е Select one: Secondary alkyl halide; the electrophilic location is b Secondary alkyl halide; the electrophilic location is a Tertiary alkyl halide; the electrophilic location is a Primary alkyl halide; the electrophilic location is a 0 Tertiary alkyl halide; the electrophilic location is e
2-chloro-2-methylpropane is classified as a ____. primary alkyl chloride secondary alkyl chloride tertiary alkyl chloride
Warm up 1. Identify if each compound below is a primary, secondary, or tertiary alkyl halide. 2. Identify the most stable radical of the compound series below (HINT: radicals and carbocations are electron deficient and are similarly stabilized/destabilized by substituents. See Table 8.7) 1B) "O o oo | B) Br ~ ~ ~ "
16.) Within each of the following sets of alkyl radicals, name each radical; identify each as either primary, secondary, or tertiary; rank in order of decreasing stability; and sketch an orbital picture of the most stable radical, showing the hyper conjugative interaction(s). (a) CH3CH2C·HCH3 and CH3CH2CH2CH2 · (b) (CH3CH2)2CHCH2 · and (CH3CH2)2C·CH3 (c) (CH3)2CHC·HCH3 , (CH3)2C·CH2CH3 and (CH3)2CHCH2CH2· (I put the lone electron after the radical carbon.) Also, my main question is in bold. The rest I know and understand....
1. Primary and secondary alcohols can be converted to alkyl
chlorides using SOCl2. Show the each step for the mechanism and
predict the product of the reaction.
1. Primary and secondary alcohols can be converted to alkyl chlorides using SOCl2 SOCI2 pyridine Show the mechanism and predict the product of the reaction.
Part E Indicate whether each of the alkyl halides is primary, secondary, or tertiary. Drag the appropriate items to their respective bins. De asemenea, ang manging CH3CHCH2CH2CH2CI CH3CH2CHCH3 CH, primary secondary tertiary
16. Within each of the following sets of alkyl radicals, name each radical; identify each as either primary, secondary, or tertiary; rank in order of decreasing stability; and sketch an orbital picture of the most stable radical, showing the hyperconjugative interaction(s). a. CH,CHCHCH, and CH CH.CH,CH, b. (CH,CH),CHCH2- and (CH,CH2),ċCH, (CH),CHCHCH3, (CH),"CH,CH, and (CH3),CHCHCH:
3. Carbocation Stability - classify the following carbocation as primary, secondary, or tertiary. highly unstable cations more electronegative sp2 orbital does not want to become cationic 4. Which of the following is more stable (lower in potential energy)? Explain your choice. وطرط 5. Rank the following carbocation in the order of increasing stability with 5 being the most stable carbocation. له مو و و او
Briefly explain the two reasons why the radical anion on the RIGHT is more stable than the radical anion on the LEFT. Me Me Mе Me