A proposed mechanism for a reaction isC4H9Br ? C4H9+ + Br- SlowC4H9+ + H2O ? C4H9OH2+ FastC4H9OH2+ + H2O ? C4H9OH + H3O+ FastWrite the rate laws for the elementary reactions. Write the rate law expected for this overall mechanism. What is the overall balanced equation for the reaction? What are the intermediates in the proposed mechanism?

A proposed mechanism for a reaction is C4H9Br → C4H9+ + Br- Slow C4H9 + H2O → C4H9OH2+ Fast C4H90H2+ + H2O → C4H9OH + H30+ Fast a. What are the intermediates in the proposed mechanism? b. Write the rate law expected for this mechanism.

Answer to 9A. A proposed mechanism is: C4H9BR → C4H9* + Br

C4H9 It has 4 Carbon and 9 hydrogen So, tetracarbon nonahydride 2nd option ...

Part A C4H9, 114.27 g/mol Express your answer as a chemical formula. ΑΣΦ ? O A chemical reaction does not occur for this question Submit Request Answer

Question: C4H9, 114.25 g/mol Express your answer as a chemical formula. O ΑΣΦ A chemical reaction does not occur for this quest Submit Previous Answers Request Answer * Incorrect; Try Again; 5 attempts remaini Part B CCI, 189.85 g/mol

A possible mechanism for a reaction isC4H9Br → C4H9+ + Br- (slow)C4H9+ + H2O → C4H9OH2+ (fast)C4H9OH2 + H2O → C4H9OH + H3O+ (fast)i. Write the rate law expected for this mechanismii. What is the overall reaction?iii. What

Question: Draw the structure of a 1 degree, 2 degree, and 3 degree carbocation, each having molecular formula C4H9+ (only use bond-line to draw structures, i.e. no Lewis structures or condensed formulas). Rank the three carbocations in order of Increasing stability. Be sure to answer all parts. Part 1 out of 2

C4H9, 114.20 g/mol B. CCl, 284.77 g/mol C. C3H2N, 104.10 g/mol Express answers as a chemical formula for each The molar mass and empirical formula of several compounds are listed below. Find the molecular formula of each compound.

A proposed mechanism for a reaction is C4H9Br---->C4H9+ + Br- Slow C4H9+ + H2O----> C4H9OH2+ Fast C4H9OH2+ + H2O ---> C4H9OH + H3O+ Fast Write the rate law expected for this mechanism. What is the overall balanced equation for the reaction? What are the intermediates in the proposed mechanism?