Chocolate Sponge Cake
I read this recipe in a cookbook. I always used to make this. It is the simplest thing to cook. I make it whenever my sisters beg me to, and I have fun making it.
I read this recipe in a cookbook. I always used to make this. It is the simplest thing to cook. I make it whenever my sisters beg me to, and I have fun making it.
- Carbohydrate 51.2654043795877 g
- Cholesterol 27.8849375 mg
- Fat 4.04508955363971 g
- Fiber 0.236854016295781 g
- Protein 1.39161792127363 g
- Saturated Fat 2.3893775359073 g
- Serving Size 1 1 Serving (64g)
- Sodium 79.9598585278361 mg
- Sugar 51.0285503632919 g
- Trans Fat 0.339535085773372 g
- Calories 242 calories
Step-by-step
- Coat a medium microwave-safe bowl with oil or butter and set aside.
- In anmixing bowl, combine the butter, sugar, Egg and vanilla essence and milk.
- Blend together.
- Combine the flour, cocoa powder, baking powder, baking soda and salt.
- Blend into the mixture until smooth.
- Pour into greased bowl.
- Now if you want you can add the chocolate chip.
- Cover and cook in the microwave on high for 2 to 2 1/2 minutes.
- To serve let the cake cool five minutes, then cover The bowl with a plate and turn both bowl with plate upside down so the cake falls onto the plate.
- Dont keep it for long As it tends to harden.
- It will go well with vanilla ice cream or hot fudge.
Microwave sponge cakes succeed or fail based entirely on how thoroughly the aeration agents are incorporated into the batter before heat hits the starches. When combining the flour, cocoa powder, baking powder, baking soda, and salt, passing them through a fine-mesh sieve prevents microscopic flour lumps that trap pockets of unhydrated powder and ruin the crumb structure. Softened butter creamed with the sugar introduces minute air cells that expand rapidly under electromagnetic radiation, creating lightness without traditional oven convection. Overmixing at this stage develops gluten networks that yield a rubbery texture rather than a tender, yielding crumb.
Precision timing dictates whether the final product remains moist or turns instantly leathery in high-frequency environments. Cooking this batter on high power requires strictly two to two and a half minutes, monitored closely by watching for the surface to lose its wet sheen and spring back lightly when pressed with a fingertip. Microwaves cook food by agitating water molecules, meaning prolonged exposure drives out internal moisture too rapidly and leaves behind a tough, dense carbohydrate matrix. Removing the bowl promptly at the precise moment of set preserves the residual steam needed for a tender interior.
Inverting the cake immediately after a five-minute rest period prevents residual bottom condensation from lodging against the plate and gumming up the surface crust. Letting the cake sit longer than specified inside the vessel allows steam to re-condense into liquid water, turning the delicate edges sodden and causing the sponge to collapse under its own weight. Plate inversion requires swift, confident rotation while holding the rim securely against the inverted serving dish to release the buttered perimeter cleanly without tearing the crumb.
Container geometry directly influences internal heat distribution, making bowl selection a critical variable for even baking results. A medium microwave-safe ceramic or glass bowl with sloped sides encourages uniform thermal currents, whereas steep-walled vessels concentrate energy too heavily in the center and produce unevenly cooked patches. Thoroughly greasing every square millimeter of the interior surface with high-fat butter guarantees release, providing a slick hydrophobic barrier that lets the delicate sponge slide free without sticking.
