WEEK 5 - CHARACTERISTICS OF QUICK BREADS Flashcards

1
Q

What are good quality quick breads?

A

Gold yellow surface

Regular in shape

Free from peaks

Even-sized air cells

Even grained

Tender

Moist

Pleasing, well-blended
flavor.

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2
Q

Causes of peaked/cracked top

A
  • oven is too hot
  • too much flour
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3
Q

Causes of pale color

A
  • too little sugar
  • wrong size of pan
  • under baked
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4
Q

Causes of brown color

A
  • too hot oven
  • too much sugar
  • overbaked
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5
Q

Causes of poor volume

A
  • too much shortening
  • too hot oven
  • wrong size of pan
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6
Q

Causes of sunken

A
  • too much sugar or
    shortening
  • too little liquid
  • undercooked
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7
Q

Causes of uneven grain

A
  • too much sugar or
    shortening
  • too little liquid
  • undercooked
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8
Q

Causes of crumbly

A
  • too much
    shortening or sugar
  • under mixed
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9
Q

Causes of tunnels

A
  • too many eggs
  • too little sugar
  • poor mixing
    procedures
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10
Q

What causes dryness

A
  • too little sugar
  • over baked
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11
Q

Causes of soggy

A
  • underbaked
  • not mixed well
  • too much
    shortening
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12
Q

Causes of toughnness

A
  • poor quality
    ingredients
  • wrong proportions
    of ingredients.
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13
Q

What are the 4 types of quick breads?

A

Pour Batter, Drop Batter, Soft Dough, Stiff Dough

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14
Q

batter is so thin it can be
poured. Ex: pancakes, waffles, crepes

A

Pour Batter

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15
Q

so thick, it so hard to
pour, but to sticky to handle. Ex: muffins, drop biscuits, quick loaf
breads

A

Drop Batter

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16
Q

batter is stiff
enough, it can be handled and rolled
into shape.

Ex: rolled biscuits, doughnuts

A

Soft Dough

17
Q

a flour mixture
which is stiff enough to knead or
roll in baking

Ex: pie crusts, tortillas

A

Stiff Dough

18
Q

2 Methods of Mixing

A

Muffin Method, Biscuit Method

19
Q

combine dry
ingredients and liquid
ingredients separately.
Mix just until all
ingredients are wet.

A

Muffin Method

20
Q

measure all dry
ingredients together and
cut-in the solid fat. Add
liquid ingredients to the
dry ingredients. Mix or
knead.

A

Biscuit Method

21
Q

Gives structure to baked products.

A

Flour

22
Q

Adds flavor

Strengthens the gluten

A

Salt

23
Q

Hydrate the protein and starch in flour.

Proteins must absorb liquid to later form gluten.

Starches must absorb liquid to gelatinize during
baking.

Helps to moisten ingredients.

Converted to steam during baking.

A

Liquids

24
Q

When beaten, they help
incorporate air into baked
products.

A

Eggs

25
Q

Tenderizes the baked product.

Aids in leavening

A

Fats

26
Q

Gives sweetness to baked products.

Helps crusts brown.

A

Sugar

27
Q

Make baked
products rise and
become light and
porous.

A

Leavening Agents

28
Q

substances that
trigger chemical actions that
cause baked products to RISE.

A

Leavening

29
Q

3 basic leavening agents

A

Air

Steam

Chemical (baking soda & baking
powder)

30
Q

Releases carbon dioxide when combined with an
acid ingredient (buttermilk, honey, brown sugar,
vinegar, applesauce, citrus juices, etc.) in a
recipe.

A

Baking Soda (Sodium Bicarbonate)

31
Q

Contains a dry acid or acid salt, baking soda, and
starch or flour.

Most are double acting: release some carbon
dioxide when moistened (by liquid ingredient).
and release most carbon dioxide when exposed
to heat.

A

Baking Powder

32
Q

2 examples of gas leavenning

A

Steam

33
Q

Incorporated into baked products by
beating eggs, creaming fat and sugar
together, folding doughs, and beating
batters.

A

Air