Food

Examin-cake-sion

Felix Food brings happiness to revision with cake

Who doesn’t like cake? Even Latvia’s entry to this year’s Eurovision was all about this sweet, fluffy and tasty food! It is a wide misconception to think cakes are hard to bake and it takes up a long time. But we are here to prove that wrong.

Yes, baking a beautiful cake might take patience and expertise, but if you just want some cake to satisfy your sweet tooth, it feels more like a science experiment. Essentially it’s just mixing, measuring and shoving the whole thing into the oven! Here are two easy and tasty recipes, which can be made with just a few cupboard ingredients.

The Magic Custard Cake

The magic comes with 3 layers of this bake, with just one batter!

Ingredients

Four medium eggs

One tsp lemon juice

150g caster sugar

110g unsalted butter, melted

120g plain flour

480ml whole milk

One orange

Preheat an oven to 160°C and line a deep baking tray or a cake tin with baking paper. Separate the eggs and whisk the whites to a stiff peak with a tiny drop of lemon juice. Beat the egg yolks with the sugar and one tablespoon of warm water for a couple of minutes then add the melted butter and zest of the orange and mix again.

Sieve in the flour and stir through the milk, then fold in the egg whites (in two batches), until evenly combined.

Pour the batter into the baking tin and cook for 50-60 minutes until the top is golden and puffed and the middle is set but with a generous wobble.

Allow to cool completely (at least three to four hours) before slicing into the cake.

Green Tea Cake

(if you want something lighter)

Ingredients

Three large eggs

85 g sugar

Three tbsps vegetable oil

Four tbsp water

75 g cake flour

One heaped tbsp matcha powder

One tsp baking powder

Preheat oven to 170°C. In a large bowl, whisk egg yolks and add ⅓ of the sugar. Then add oil and water in the mixture and mix it all together until combined.

Sift cake flour, matcha and baking powder together and add to the egg yolk mixture in three batches. Whisk until there are no lumps.

Whip the egg whites until opaque and foamy, then add ⅓ of the remaining sugar and continue whipping. Add the remaining sugar slowly in small increments until stiff peaks

Pull up your whisk and see if you can make a strong ‘peak’ to check if the mixture is stiff enough. It should stay up still without bending down.

Fold in the beaten egg whites into the flour mixture using spatula until the colour is consistent in the mixture.

Pour the mixture into a greased cake pan and tap it a few times on the kitchen top to release the air bubbles.

Bake for 30 minutes or until when you put a skewer in, it comes out clean.

From Issue 1575

9th May 2014

Discover stories from this section and more in the list of contents

Explore the edition

Read more

Hot desking for Maths PhDs postponed after student backlash against planning

News

Hot desking for Maths PhDs postponed after student backlash against planning

The Math department has postponed its move to introduce hot desking in Huxley offices, which was due 26 October, after student feedback.  Hot desking (unassigned desks organised in an ad hoc, reservation basis) has been a topic of discussion for the Maths PhD students for the past academic year, an

By Cristina Carrillo

News

Imperial amends Turnitin End User Licence Agreement statement

Earlier this month, Turnitin proposed changes to their End User Licence Agreement (EULA) that would have involved the use of student submissions to improve or develop AI tools. These were postponed after the wider Higher Education sector showed concerns regarding the privacy of student data and the potential use of

By Cristina Carrillo
NVIDIA donates $250 million to AI safety research in UK, Imperial amongst benefiters

News

NVIDIA donates $250 million to AI safety research in UK, Imperial amongst benefiters

NVIDIA, leader in chipmaking and the world’s most valuable company, announced 15 October a donation of $250 million in computing power towards research in AI safety.  The donation is in the form of $50 million of computing power for the next five years, accessed through U.K.-based NVIDIA

By Cristina Carrillo