A hydrocarbon has a MW of 114 g/mol and has a composition of carbon 84.06% andhydrogen 15.94%. What is its (a) empirical formula (b) true formula?Enter the empirical formula in the first box and the molecular formula in the secondbox. Enter the elements in the order of CH with the appropriate number for eachelement. If only 1 of an element is necessary leave the 1 off.Example: C6H12O6If only one of a particular element is needed DO NOT type 1.Example: CO2 NOT C102

Given % of C = 84.06% % of H = 15.94% MW = 114 g/mol To find 1)empirical formula 2) True formula.

A hydrocarbon has a MW of 114 g/mol and has a composition of carbon 84.06% hydrogen 15.94%. What is its (a) empirical formula (b) true formula? Enter the empirical formula in the first box and the molecular formula in the seca box. Enter the elements in the order of CH with the appropriate number for each element. If only 1 of an element is necessary leave the 1 off. Example: C6H1206 If only one of a particular element is needed DO NOT type 1. Example: CO2 NOT C102

A hydrocarbon has a MW of 114 g/mol and has a composition of carbon 84.06% hydrogen 15.94%. What is its (a) empirical formula (b) true formula? Enter the empirical formula in the first box and the molecular formula in the seca box. Enter the elements in the order of CH with the appropriate number for each element. If only 1 of an element is necessary leave the 1 off. Example: C6H1206 If only one of a particular element is needed DO NOT type 1. Example: CO2 NOT C102

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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