Problem 3 Liquid Acetone (C3H60) is fed at a rate of 400 L/min into a heated chamber, where it evaporates into a nitrogen stream which enters at 27°C and 475 mm Hg (gauge). The gas leaving the heater is diluted by another nitrogen stream flowing at a measured rate of 419 m (STP)/min at 25°C and 2.5 atm.

Data Table 3: Aldehyde and Ketone, C3H60 Name Isomer Type or Conformation #12 Propanal #13 Propanal #14 Propanone #15 Propanone Your solution’s ready to go! Our expert help has broken down your problem into an easy-to-learn solution you can count on.

For the formula C3H60, draw the Lewis line structure for the possible molecule possessing an aldehyde functional group. Next, on your drawn structure, indicate the hybridization of all three carbon atoms and the oxygen atom (simply write sp, sp2, or sp3, and use an arrow to indicate the atom to which you are referring).

4 * (1.5 Points) What is the percent by mass of carbon in acetone, C3H60? 1.61% 62.10% 30.00% 20.70% 52.00% Your solution’s ready to go! Our expert help has broken down your problem into an easy-to-learn solution you can count on.

Question: Question 39 (6 points) For the isomers of C3H60 write the numbers corresponding to each category: Blank 1: number of structural isomers with a ring structure Blank 2: number of structural isomers with a double bond between 2 C atoms Blank 3: number of structural isomers with a double bond between Can O atoms Blank # 1 A/ Blank # 2 A Blank #3 A/

Question: 13. Draw the aldehydes and ketones with the molecular formula C3H60. Identify the functional groups in each structure: 14. Draw the carboxylic acids and esters with the molecular formula C3H602 Identify the functional groups in each structure

15. Acetone, C3H60, is the active ingredient in nail polish remover. a. How many atoms, in total, are in one molecule of C3H60? b. How many molecules of C3H60 are in one mole of acetone? C. How many atoms, in total, are in one mole of acetone? d. What is the mass of one mole of C3H60? e. What is the mass of 0.015 millimoles (mmol) of the ...

QUESTIONS Write a balanced chemical equation for the reaction of acetone (C3H60) with oxygen (O2) to form carbon dioxide (CO2) and water (H20). Note: this is a combustion type reaction which means a carbon based molecule reacts with atmospheric oxygen to yield carbon dioxide and water.

Using Table B.1 in the Book Appendix B, calculate molar flow rate of acetone (C3H60) (0.02 points) c. Calculate mole fraction of C3H60 (y) and mole fraction of N2 (1-ya) leaving the compressor (Hint: use partial pressures, consider absolute pressures, and atmospheric pressure = 763 mm Hg) (0.02 points) Last name, First Name: d.

Question: 3) Draw structures for all constitutional isomers with the following molecular formulas: C3H60. (I have found 8 total isomers, among these are 6 with Pi bonds, 4 containing alcohols, 2 containing Carbonyls, and 2 containing Ethers. Can you denote all thes functional groups in your drawn line structure)