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Pie Crust Preparation Flashcards

7 cards from real CPM practice questions. Tap to flip, then mark Knew It or Still Learning โ€” missed cards come back until you master them.

Read the first 7 Pie Crust Preparation flashcards as text
  1. What visual cue indicates that fat has been properly cut into flour for a flaky pie crust?

    Answer: The mixture resembles pea-sized pieces with some coarser bits

    Pea-sized fat pieces dispersed through flour create the steam pockets that produce flaky layers during baking.

  2. Why should pie dough rest in the refrigerator before rolling?

    Answer: To firm up the fat and allow gluten to relax

    Resting firms the fat back up after handling and allows gluten strands to relax, preventing shrinkage during rolling and baking.

  3. When a recipe calls for 'rubbing' fat into flour by hand, what technique minimizes heat transfer?

    Answer: Using just your fingertips in a quick, light motion

    Using only fingertips minimizes contact area and time, keeping body heat from melting the fat.

  4. What problem does docking (pricking) a pie crust solve?

    Answer: Prevents steam bubbles from puffing the crust up during blind baking

    Docking creates small holes that allow steam to escape, preventing the crust bottom from bubbling or lifting during baking.

  5. Which mixing method results in a mealy (crumbly, less flaky) pie crust texture?

    Answer: Blending fat into flour until it resembles coarse cornmeal

    When fat is worked into flour more completely (coarse-meal stage), it coats flour particles and produces a crumbly, mealy texture ideal for bottom crusts holding wet fillings.

  6. What is the 'fraisage' technique in pie crust making?

    Answer: Smearing the dough across the work surface with the heel of the hand to distribute fat

    Fraisage is a French technique of smearing dough with the heel of the hand to evenly distribute fat without overworking the gluten.

  7. If a pie crust shrinks significantly during baking, what is the most likely cause?

    Answer: Insufficient resting time allowed gluten tension to remain in the dough

    Overstretched, unrelaxed gluten springs back during baking; resting lets gluten relax so the crust holds its shape.