Ferrocene, [Fe(C10H10)(s) ;molar mass 186.03 g/mol]can be prepared by reacting 3.0g of FeCl2(s) [molar mass =126.75 g/mol] with 2.0 g of cyclopentadiene[CSH6();molar mass 66.01 g/mol]and an excess of KOH, as shown in the followingreactionFeCl2 + 2C5H6 + 2KOH → FeC,0H10 + 2H2OA student who carried out this reaction obtained 2.7 g of ferrocene. Of the followingchoices which has three correct answers?CH is limiting; 0.0151 g of ferrocene could be theoretically formed; obtained 74.8 % yieldCH is limiting; 2.82 g of ferrocene could be theoretically formed; obtained 95.7 % yieldFeCl, is limiting; 4.2 g of ferrocene could be theoretically formed; obtained 89.4 % yieldCH is limiting; 4.2 g of ferrocene could be theoretically formed; obtained 54.6 % yield6.

Consider the given information is as follows: Mass of ferrocene produced = 2.7 g Molar mass of…

Ferrocene, [Fe(C10H10)(S) ;molar mass 186.03 g/mol]can be prepared by reacting 3.0 g of FeCl2(s) [molar mass =126.75 g/mol] with 2.0 g of cyclopentadiene [C5H6(1);molar mass 66.01 g/mol]and an excess of KOH, as shown in the following reaction FeClz + 2C5H6 + 2KОН -> FEC10H10 + 2H20 A student who carried out this reaction obtained 2.7 g of ferrocene. Of the following choices which has three correct answers? A) CH is limiting; 0.0151 g of ferrocene could be theoretically formed; obtained 74.8 % yield 6. CH is limiting; 2.82 g of ferrocene could be theoretically formed; obtained 95.7 % yield FeCl, is limiting; 4.2 g of ferrocene could be theoretically formed; obtained 89.4 % yield CH. is limiting; 4.2 g of ferrocene could be theoretically formed; obtained 54.6 % yield

Ferrocene, [Fe(C10H10)(S) ;molar mass 186.03 g/mol]can be prepared by reacting 3.0 g of FeCl2(s) [molar mass =126.75 g/mol] with 2.0 g of cyclopentadiene [C5H6(1);molar mass 66.01 g/mol]and an excess of KOH, as shown in the following reaction FeClz + 2C5H6 + 2KОН -> FEC10H10 + 2H20 A student who carried out this reaction obtained 2.7 g of ferrocene. Of the following choices which has three correct answers? A) CH is limiting; 0.0151 g of ferrocene could be theoretically formed; obtained 74.8 % yield 6. CH is limiting; 2.82 g of ferrocene could be theoretically formed; obtained 95.7 % yield FeCl, is limiting; 4.2 g of ferrocene could be theoretically formed; obtained 89.4 % yield CH. is limiting; 4.2 g of ferrocene could be theoretically formed; obtained 54.6 % yield

Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

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Concept explainers

Mole Concept

Mole concept is a method to determine the amount of any substance that consists of some elemental particles using a grouping unit called ‘mole’. The mole concept enables one to handle the large amount of small elementary particles. The mole concept can be used in many calculations related to mole calculation, molar amount, mole ratio, and so on, which are significant in chemistry.

Question

Ferrocene, [Fe(C10H10)(s) ;molar mass 186.03 g/mol]can be prepared by reacting 3.0
g of FeCl2(s) [molar mass =126.75 g/mol] with 2.0 g of cyclopentadiene
[CSH6();molar mass 66.01 g/mol]and an excess of KOH, as shown in the following
reaction
FeCl2 + 2C5H6 + 2KOH → FeC,0H10 + 2H2O
A student who carried out this reaction obtained 2.7 g of ferrocene. Of the following
choices which has three correct answers?
CH is limiting; 0.0151 g of ferrocene could be theoretically formed; obtained 74.8 % yield
CH is limiting; 2.82 g of ferrocene could be theoretically formed; obtained 95.7 % yield
FeCl, is limiting; 4.2 g of ferrocene could be theoretically formed; obtained 89.4 % yield
CH is limiting; 4.2 g of ferrocene could be theoretically formed; obtained 54.6 % yield
6.

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