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fix typo
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@ -51,7 +51,7 @@ I think this kind of exposition could be helpful if you are either:
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* [Abstract Factory → functions as data type values](#abstract-factory--functions-as-data-type-values)
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* [Builder → record syntax, smart constructor](#builder--record-syntax-smart-constructor)
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* [Functional Programming Patterns](#functional-programming-patterns)
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* [Higher Order Functions] (#higher-order-functions)
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* [Higher Order Functions](#higher-order-functions)
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* [Map Reduce](#map-reduce)
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* [Continuation Passing](#continuation-passing)
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* [Lazy Evaluation](#lazy-evaluation)
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@ -2715,7 +2715,7 @@ That is, they have been first developed in functional languages like Scheme or H
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We have already talked about higher order functions throughout this study – in particular in the section on the [Strategy Pattern](#strategy--functor). But as higher order functions are such a central pillar of the strength of functional languages I'd like to cover them in some more depths.
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to be continued
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### Map Reduce
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