“The British Empire was created as a by-product of generations of desperate Englishmen roaming the world in search of a decent meal.” - Bill Marsano

Monday, May 10, 2010

Quick Homemade Brownies

We were feeling like something sweet to eat the other night. We were fresh out of junk food, after deciding to live the organic life. Don't get me wrong - unhealthy food is fine, it should just be simple, preferably homemade and not processed...

So, at 10 pm, not wanting to go to the store, this is what I found in 'The Good Housekeeping Cookbook' (they call them Cocoa Brownies):

Mix together 1/2 cup flour, 1/2 cup cocoa (unsweetened), 1/4 tsp baking powder and 1/4 tsp salt.
Melt 4 oz butter in a large pan over low heat. Switch off the heat, and move the pan aside if using an electric stove. Whisk in 1 cup sugar, 2 eggs, 1 tsp vanilla extract, the flour mixture and lastly 4 oz crushed walnuts.

Pour the 'batter' into a pre-greased 9 inch square cake pan and bake in a preheated oven at 350 F for 25 minutes. A toothpick pushed into the mix should have a little crumb attached to it still. Allow to cool before cutting and eating. We found them best the next day, after leaving them in the fridge overnight. As you can tell from the picture, they went fast.

I like this recipe because it is almost as easy as box brownies, but you know what goes into it, and, if you have a reasonably well-stocked kitchen, you should have everything you need. If not, the ingredients are easy to find...

Note 1 - Makes a small batch - 16 very small brownies. If you want to do more, you could double the recipe. If you use the same pan, you will need to bake them a little longer, as they will be thicker.

Note 2 - Use the best cocoa you have/can find. I used Ghirardelli, and think it made a difference over a generic brand.

Note 3 - Thanks to Brad G. for the inspiration.

Note 4 - Although I didn't, the walnuts would probably have benefited from being toasted before adding them to the mix.

Note 5 - Metric info: 1/2 cup = 120 ml; 4 oz = 110g; 1 cup = 240 ml; 9 in = 23 cm; 350 F = 175 C.

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