Ingredients

1/2 cup margarine , melted
1 cup coconut , dessicated or shredded
1 cup self raising flour
2 eggs
1 cup sugar or 3/4 cup raw sugar
1/2 cup raisins ( or any dried fruit , more or less according to your taste )
1/2 cup chocolate chips ( more or less according to your taste )
Cuppa Slice is a popular treat in Australia and New Zealand, often enjoyed with a cup of tea or coffee. This slice is a combination of coconut, raisins, and chocolate chips, mixed with melted margarine, self-raising flour, and eggs. It is easy to make and perfect for a quick snack or dessert. The texture is soft, chewy, and sweet, making it a crowd-pleaser for any occasion. You can customize this recipe by using your favorite dried fruits or nuts and adjusting the amount of sugar and chocolate chips as per your taste. This Cuppa Slice recipe is sure to satisfy your sugar cravings and make your tea time more enjoyable.

Instructions

1.Preheat your oven to 180°C (160°C fan-forced) and line a 28cm x 18cm slice tin with baking paper.
2.In a medium bowl, combine the melted margarine, coconut, self raising flour, eggs, raw or white sugar, raisins, and chocolate chips until well mixed.
3.Pour the mixture into the slice tin and smooth out the surface with a spatula.
4.Bake for 25-30 minutes or until lightly golden brown. Let the slice cool in the tin before slicing into rectangular pieces.

PROS

This Cuppa Slice is easy to make and perfect for a quick snack or dessert.

It is sweet, chewy, and packed with dried fruit and chocolate chips.

CONS

This slice is high in sugar and fat, so it should be enjoyed in moderation as part of a balanced diet.

It is not suitable for those with egg or gluten allergies.

HEALTH & BENEFITS

While this slice is not particularly healthy, it does contain some nutrients and health benefits.
The raisins in this recipe are rich in fiber, vitamins, and antioxidants that can help support digestion, immunity, and overall health.
The coconut in this slice contains healthy fats and may help reduce inflammation and improve brain function.

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