An empirical formula is the simplest positive integer ratio of atoms present in a compound. All the compounds represent the simplest positive ratio of atoms except C2H6. By dividing the number of atoms by common factor 2, we find the simplest ratio as CH3.
Correct option D C2H6
Which one of the following could not be an empirical formula? For the answers: CH2 represents...
Which of the following is an empirical formula? A H2O2 B C2H6 C C12H22O12 D H2O
51) Which of the following formulas could be an empirical formula? A) C4H04 B) C&H1208 C) CsH5Os D) C2H302 52) Which of the following statements is true about carbon dioxide? A) It cannot be represented by an empirical formula. B) It cannot be represented by a molecular formula. C) It cannot be represented by a structural formula. D) It can only be represented by a molecular formula. E) Its molecular and empirical formulas are identical.
The empirical formula of a compound is known to be CH2, and its molar mass is 56 g/mol. What is the molecular formula of the compound? C3H20 C4H8 O C₂H4 CH2 O C₃H6
▼ Part A Which one of the following is not an empirical formula? O CH20 O CHO
The molecular formula of a compound having a molecular weight (56 g/mol) and an empirical formula CH2 is C4H8C3H6C2H2C10H20
A compound with the empirical formula CH2 has a molar mass of 98g/mol. what is the molecular formula for this compound?
A hydrocarbon gas with the empirical formula CH2 has a density of 1.3 g/L. at 0 °C and 1.00 atm. A possible formula for the hydrocarbon is: CsH30 CH2 0 C₂H4 O Cato O Cato
Determine the empirical formula of a compound containing 79.85% carbon, and 20.15% hydrogen. A. None of these choices is correct B. (CH2)n C. (CH3)n D. (CH4)n E. (CH)n
1. For a liquid (at 100oC) whose empirical formula is CH2, the atmospheric pressure was 0.9937 atm and the flask had a volume of 262 mL. The empty flask weighed 96.197 g and it weighed 97.6342 g with the condensed liquid droplets. Determine the molar mass of the volatile liquid and its molecular formula.
A compound is found to have empirical formula CH3O2 . Based upon this empirical formula which of the following is a possible molar mass for the compound?