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7 Steps for a Perfect Wok
A wok can last a lifetime with the proper care. This includes occasionally seasoning it, as well as properly storing it. Luckily, both are very easy to do and can be done in just a few minutes. Follow this step-by-step guide that will teach...

Apple Cheddar Shortcake Recipe
Yield: 6 Servings 1 x ---------shortcake---------- 2 1/2 c Biscuit mix; bisquick 4 oz Cheddar; sharp shredded 2/3 c Milk 1/3 c Butter; melted 1 x -------apple topping-------- 3/4 c Brown sugar; packed 3 ts Cornstarch 1/2 ts Cinnamon;...

Everyday Low-Carb Desserts
Anyone who is trying to maintain a low-carb diet knows that it can be a challenge when it comes to treats and desserts. Cakes, pies and cookies are all off limits, which makes them all the more tempting. Everyday Low-Carb Desserts can show you...

Grilling Steak
This article provides useful, detailed information about Grilling Steak. Steaks are the most palatable when they are grilled. The best steak for grilling is the sirloin steak, but it tends to be a bit tough. The...

Strawberry - Not Just A Beautiful Fruit
What's the first thought that comes to your mind, when you think of strawberry – a mouth-watering dessert of strawberries mixed with fresh cream? To end an interesting evening on sweet note, this is just the right dessert. Strawberries...

 
What Happens When You Cook Eggs

When you heat a whole egg, its protein molecules behave exactly as they do when you whip an egg white. They unfold, form new bonds, and create a protein network, this time with molecules of water caught in the net. As the egg cooks, the protein network tightens, squeezing out moisture, and the egg becomes opaque. The longer you cook the egg, the tighter the network will be. If you cook the egg too long, the protein network will contract strongly enough to force out all the moisture. That is why overcooked egg custards run and why overcooked eggs are rubbery.

If you mix eggs with milk or water before you cook them, the molecules of liquid will surround and separate the egg's protein molecules so that it takes more energy (higher heat) to make the protein molecules coagulate. Scrambled eggs made with milk are softer than plain scrambled eggs cooked at the same temperature.

When you boil an egg in its shell, the air inside expands and begins to escape through the shell as tiny bubbles. Sometimes, however, the force of the air is enough to crack the shell. Since there's no way for you to tell in advance whether any particular egg is strong enough to resist the pressure of the bubbling air, the best solution is to create a safety vent by sticking a pin through the broad end of the egg before you start to boil it. Or you can slow the rate at which the air inside the shell expands by starting the egg in cold water and letting it warm up naturally as the water warms rather than plunging it cold into boiling water-which makes the air expand so quickly that the shell is virtually certain to crack.

As the egg heats, a little bit of the protein in its white will decompose, releasing sulfur that links up with hydrogen in the egg, forming hydrogen sulfide, the gas that gives rotten eggs their distinctive smell. The hydrogen sulfide collects near the coolest part of the egg-the yolk. The yolk contains iron, which now displaces the hydrogen in the hydrogen sulfide to form a green iron-sulfide ring around the hard-cooked yolk.



About the Author:

Cindy is the host of http://www.asianonlinerecipes.com, a Free Asian Recipes website dedicated to all things on Asian Cooking and Culinary Guide with thousands of Cooking Tips. Besides, she is also the co-host for http://www.vietnamese-recipes.com and http://www.alldessertrecipes.com.

Source: www.isnare.com

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