How many molecules of CO2 are produced if 67.23g of C2H8 are reacted in excess oxygen?

Chemistry
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ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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How many molecules of CO2 are produced if 67.23g of C2H8 are reacted in excess oxygen?
**Problem Statement:**

How many molecules of CO₂ are produced if 67.23 g of C₂H₈ are reacted in excess oxygen?
Transcribed Image Text:**Problem Statement:** How many molecules of CO₂ are produced if 67.23 g of C₂H₈ are reacted in excess oxygen?
# Periodic Table of the Elements

The periodic table displayed organizes 118 chemical elements according to their atomic numbers, electron configurations, and recurring chemical properties. The elements are presented in order of increasing atomic number.

## Groups and Categories:

- **Group 1: Alkali Metals**
  - H (Hydrogen) 1.01
  - Li (Lithium) 6.94
  - Na (Sodium) 22.99
  - K (Potassium) 39.10
  - Rb (Rubidium) 85.47
  - Cs (Cesium) 132.91
  - Fr (Francium) 223.02

- **Group 2: Alkaline Earth Metals**
  - Be (Beryllium) 9.01
  - Mg (Magnesium) 24.31
  - Ca (Calcium) 40.08
  - Sr (Strontium) 87.62
  - Ba (Barium) 137.33
  - Ra (Radium) 226.03

- **Transition Metals** (Groups 3 to 12)
  - Examples: Sc (Scandium) 44.96, Ti (Titanium) 47.88, Fe (Iron) 55.85, Cu (Copper) 63.55, etc.

- **Group 13-16: Basic Metals and Metalloids**
  - Examples: Al (Aluminum) 26.98, Si (Silicon) 28.09, Sn (Tin) 118.71, etc.

- **Group 17: Halogens**
  - F (Fluorine) 19.00
  - Cl (Chlorine) 35.45
  - Br (Bromine) 79.90
  - I (Iodine) 126.90
  - At (Astatine) 210.00

- **Group 18: Noble Gases**
  - He (Helium) 4.00
  - Ne (Neon) 20.18
  - Ar (Argon) 39.95
  - Kr (Krypton) 84.80
  - Xe (Xenon) 131.29
  - Rn (Radon) 222.00

- **Lanth
Transcribed Image Text:# Periodic Table of the Elements The periodic table displayed organizes 118 chemical elements according to their atomic numbers, electron configurations, and recurring chemical properties. The elements are presented in order of increasing atomic number. ## Groups and Categories: - **Group 1: Alkali Metals** - H (Hydrogen) 1.01 - Li (Lithium) 6.94 - Na (Sodium) 22.99 - K (Potassium) 39.10 - Rb (Rubidium) 85.47 - Cs (Cesium) 132.91 - Fr (Francium) 223.02 - **Group 2: Alkaline Earth Metals** - Be (Beryllium) 9.01 - Mg (Magnesium) 24.31 - Ca (Calcium) 40.08 - Sr (Strontium) 87.62 - Ba (Barium) 137.33 - Ra (Radium) 226.03 - **Transition Metals** (Groups 3 to 12) - Examples: Sc (Scandium) 44.96, Ti (Titanium) 47.88, Fe (Iron) 55.85, Cu (Copper) 63.55, etc. - **Group 13-16: Basic Metals and Metalloids** - Examples: Al (Aluminum) 26.98, Si (Silicon) 28.09, Sn (Tin) 118.71, etc. - **Group 17: Halogens** - F (Fluorine) 19.00 - Cl (Chlorine) 35.45 - Br (Bromine) 79.90 - I (Iodine) 126.90 - At (Astatine) 210.00 - **Group 18: Noble Gases** - He (Helium) 4.00 - Ne (Neon) 20.18 - Ar (Argon) 39.95 - Kr (Krypton) 84.80 - Xe (Xenon) 131.29 - Rn (Radon) 222.00 - **Lanth
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