Cooking

Math

• The student has practiced measurement conversions such as fluid ounces to cups and grams to ounces while following recipes.
• They have applied fractions and proportions when adjusting recipe serving sizes or halving/doubling ingredient quantities.
• Calculating cooking times and temperatures has strengthened their understanding of time and temperature units in the context of mathematics.

Science

• By observing chemical reactions during baking (e.g., bread rising, cake batter expanding), the student has learned about the role of leavening agents and the concept of gases expanding under heat.
• Understanding the Maillard reaction while searing meat or baking bread has introduced them to the chemistry of browning and flavor development in cooking.
• The process of emulsification while making dressings or sauces has provided insight into the concepts of mixtures, emulsifiers, and the properties of oil and water.

For continued development, the student can explore advanced cooking techniques such as molecular gastronomy, fermentation, or food preservation. They could also experiment with creating their own recipes, encouraging them to understand the science and mathematics behind ingredient combinations and cooking processes.

Book Recommendations

• The Food Lab: Better Home Cooking Through Science by J. Kenji López-Alt: A comprehensive guide that explores the science of cooking and offers detailed explanations of kitchen processes.
• by Shirley O. Corriher: This book delves into the science behind various cooking techniques, providing valuable insights for aspiring chefs.