Module 6.3 - Shortened Cakes
Module Overview
Course: FN 102 Principles of Food Preparation
Instructor: Kattleya Marie Reine S. Yatco, RND
Module: 6.3 Shortened Cakes
Learning Outcomes
By the end of this module, you will be able to:
Describe shortened cakes and their desired qualities.
Explain the functions of the various ingredients in making shortened cakes.
Describe the process of preparing shortened cakes.
Identify ways to prevent typical problems encountered in preparing shortened cakes.
Outline of Discussion
Session 1
Cake Classification
Shortened Cakes
Pound Cake
Conventional Butter Cake
Ingredients
Session 2 (Next Session)
Mixing Method
Desired Qualities
Storage
Problems in Shortened Cakes
Cookies
Cake Classification
Shortened Cakes:
Contain fat and often include leavening agents (baking powder, steam, air).
Examples: pound cake, conventional cake.
Unshortened Cakes:
Do not contain fat (e.g., angel food cake, sponge cake).
Chiffon Cakes:
Contain both fat and egg white foam.
Shortened Cakes
Also known as butter cakes:
Characteristics:
Contains fat (shortening or butter).
Leavened by:
CO2 (from baking powder/soda)
Steam (from liquids)
Air (introduced during creaming).
Main Classifications of Shortened Cakes
Pound Cake
Historically made with 1 pound of each ingredient (butter, sugar, eggs, flour).
Leavened by air and steam.
Characteristics:
Compact, tender crumb with a fine grain.
Recipe proportions (historically):
1 lb butter = 2 cups
1 lb sugar = 2.5 cups
1 lb eggs = 9 large
1 lb flour = 3.5 cups
Conventional Butter Cake
Leavening mainly from:
Baking powder/soda with buttermilk.
Air from creaming fat with sugar, beaten eggs.
Characteristics:
Fine grain, thin cell walls, elastic crumb.
Typical Recipe Example:
1.5 cups sugar
0.5 cups milk
1 cup fat
3 cups cake flour
2 eggs
0.5 tsp salt
3 tsp baking powder
Functions of Ingredients in Shortened Cakes
Flour
Provides structure.
Too little leads to a weak structure; too much results in a dry, compact cake.
Types:
Cake Flour: Lower protein content, ideal for delicate baked goods; may be substituted with all-purpose flour by adjusting quantities.
Sugar
Adds sweetness, influences texture and volume.
Weakens structure by interfering with gluten development.
Traps air during creaming, aids in leavening.
Affects the gelatinization of starch during baking.
Eggs
Contributes volume through beaten egg whites.
Provides structure via coagulation of proteins.
Enhances texture, affecting fineness and cell structure of the cake.
Yolk acts as an emulsifier.
Fat (Shortening, Butter, Margarine)
Increases tenderness and contributes to leavening by incorporating air during creaming.
The choice of fat influences cake texture and volume.
Fats should be at optimal levels to prevent excess which can decrease volume and structural integrity.
Key Points
Shortened cakes contain fat and are leavened by CO2, steam, and air.
Examples include pound cakes and conventional butter cakes.
Pound cake traditionally uses equal weights of butter, sugar, eggs, and flour; characterized by compact, tender crumb.
Conventional butter cakes utilize baking powder/soda and creaming methods for leavening; characterized by fine grain and elastic crumb.
Ingredients:
Flour provides structure; too little = weak, too much = dry.
Sugar adds sweetness and volume; interferes with gluten for tenderness.
Eggs contribute volume, structure, and emulsify through yolks.
Fat (butter, shortening) increases tenderness and affects leavening.
Understanding functions of each ingredient is crucial in preventing common baking issues.