Format all instructions.append.md to start with an H1 (required but ignored) and H2

exercises/practice/allergies/.docs/instruction.append.md

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+# Instructions append
+
+## Track specific instructions
+
 Your task is to implement two functions
 
 - `isAllergicTo`: which takes as input the patient allergy score and the allergen under test, and returns true if the patient is allergic to the given allergen.

exercises/practice/bob/.docs/instructions.append.md

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+# Instructions append
+
+## Track specific instructions
+
 Implement a function called `response` which takes a string as input and produces Bob's response as output.

exercises/practice/circular-buffer/.docs/instructions.append.md

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+# Instructions append
+
+## Track specific instructions
+
 Your task is to implement a record `circularBuffer` that has the following methods
 
 - `clear()`: empties the buffer.

exercises/practice/collatz-conjecture/.docs/instructions.append.md

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+# Instructions append
+
+## Track specific instructions
+
 Your function is to implement a function called `steps` which takes as input an integer `n` and returns the number of steps to get to 1.
 If the input `n` is smaller than or equal to zero, then the function should return an `IllegalArgumentError` with error message `Only positive integers are allowed`.

exercises/practice/darts/.docs/instructions.append.md

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+# Instructions append
+
+## Track specific instructions
+
 The function to implement should be called `score`.

exercises/practice/gigasecond/.docs/instructions.append.md

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+# Instructions append
+
+## Track specific instructions
+
 Write a function `addGigasecond` which takes as input an object of type `datetime` and returns an object of the same type, representing the time instant one gigasecond later.

exercises/practice/high-scores/.docs/instructions.append.md

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+# Instructions append
+
+## Track specific instructions
+
 Your task is to write three functions
 
 - `latest`: which takes an array of scores and returns the last one.

exercises/practice/isogram/.docs/instructions.append.md

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+# Instructions append
+
+## Track specific instructions
+
 Write a function `isIsogram` which takes as input a string and returns true if it is an isogram and false otherwise.

exercises/practice/leap/.docs/instructions.append.md

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+# Instructions append
+
+## Track specific instructions
+
 Implement a function called `isLeapYear`, which takes as input the year and returns true if it is a leap year and false otherwise.

exercises/practice/meetup/.docs/instruction.append.md

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-Your task is to implement a function called `meetup` which takes 4 inputs: the year, the month, the description and the day of the week and returns the date as an object of type `date` (defined in the `Time` built-in module).
+# Instructions append
+
+## Track specific instructions
 
+Your task is to implement a function called `meetup` which takes 4 inputs: the year, the month, the description and the day of the week and returns the date as an object of type `date` (defined in the `Time` built-in module).

exercises/practice/nucleotide-count/.docs/instructions.append.md

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+# Instructions append
+
+## Track specific instructions
+
 Your task is to write a function `nucleotideCounts` which takes as input a string and returns as output an associative array counting how many times each nucleotide is present.
 If the string is an invalid sequence, the function should throw an `IllegalArgumentError` with message `Invalid nucleotide in strand`.

exercises/practice/raindrops/.docs/instructions.append.md

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+# Instructions append
+
+## Track specific instructions
+
 Implement a function called `raindrops` which returns a string as described above.

exercises/practice/resistor-color/.docs/instructions.append.md

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+# Instructions append
+
+## Track specific instructions
+
 Your task is to implement two functions
 
 - `colors`: which returns an array of strings containing the colors in increasing order of value.

exercises/practice/series/.docs/instructions.append.md

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+# Instructions append
+
+## Track specific instructions
+
 Implement a function called `slices` that returns an array of strings as described above.
 Your function should throw an `IllegalArgumentError` with an appropriate error message as following.
 - If the given string is empty, error with message `series cannot be empty`.

exercises/practice/two-fer/.docs/instructions.append.md

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+# Instructions append
+
+## Track specific instructions
+
 Your task is to implement a function, called `twoFer`, which implements the behavior described above.

exercises/practice/yacht/.docs/instruction.append.md

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+# Instructions append
+
+## Track specific instructions
+
 The function to implement should be called `score`.