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
  1. Cake Classification

    • Shortened Cakes

    • Pound Cake

    • Conventional Butter Cake

    • Ingredients

  2. 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
  1. 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

  2. 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

  1. 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.

  2. 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.

  3. 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.

  4. 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.