SUMMARY
The discussion focuses on calculating the number of moles of atoms in a 12 kg cat, utilizing the atomic masses of hydrogen (1.0 u), oxygen (16.0 u), and carbon (12.0 u). It is established that approximately 80% of a cat's mass is water, leading to the conclusion that a 5 kg cat contains about 222 moles of water and 83.3 moles of carbon, resulting in a total of approximately 305 moles of atoms. The calculations leverage Avogadro's number (6.022 x 10^23) and the conversion of mass to grams for accurate mole calculations.
PREREQUISITES
- Understanding of mole calculations and Avogadro's number
- Familiarity with atomic masses of common elements (H, O, C)
- Basic knowledge of mass-to-mole conversions
- Concept of percentage composition in biological organisms
NEXT STEPS
- Research the composition of various animals to understand biological water content
- Learn about mole calculations in chemistry, focusing on conversions between grams and moles
- Explore the implications of elemental composition in biological systems
- Study the significance of Avogadro's number in chemical reactions and stoichiometry
USEFUL FOR
Students in chemistry, biologists studying animal physiology, and anyone interested in understanding the molecular composition of living organisms.