Food Theory Flashcards
(29 cards)
What happens if you add too little raising agent.
Close texture
What happens if you add to little liquid?
Dry scone
What happens if you add too much liquid?
Soft flat scone
What happens if you add too much fat too a scone?
Crumbly scone
What happens if you add too little fat to a scone?
Dry crumbly scone
Why do you sift dry ingredients?
To incorporate air and so that the chemical agents are distributed evenly
Why is it better to have cold margarine to rub into the scone dough?
Gives it a better texture
Why can you replace buttermilk with milk?
Buttermilk has a higher acid content therefore it softens the gluten
Why would you cut the liquid of a scone with a knife and handle the dough lightly working quickly?
Less gluten is developed resulting in a softer product.
Which part of the scone do you glaze?
The top
What kind of temperature must the oven be to bake?
Hot, browning is encouraged
What happens if the oven is too cold?
Uneven colour and shaped scones
What happens if the oven is too hot?
The scones are burnt and undercooked
What is a pouring batter?
Thin, liquid mixture
What is a coating batter
A mixture that will stick to food
What is a dropping batter?
A mixture that will drop from the spoon but it will still be soft enough to be handled with a spoon
What is a soft dough?
A soft mixture that can be rolled and shaped by hand
What is a stiff dough?
A high fat dough that can be handled and retain shape better than a soft dough.
What is the main ingredient used in bread products, pastas and breakfast cereals?
Wheat
What happens when you add to much raising agent in a scone?
It leaves a soapy after taste.
How should a scone appear?
Same size, neat and even with cracks on the edges
Golden - brown color
No flour specks on the upper crust
What should the texture of a scone be like?
Well risen, light and fine crumbed
Elastic and soft
What should a scone taste like?
Baked through, nutty flavor and appetizing
How many times must you mix the muffin batter and why?
14 times because it limits gluten development