Add backticks in <bit> header reference

Author: Rageking8

docs/standard-library/bit.md

@@ -13,9 +13,9 @@ For example, there are functions to rotate bits, find the number of consecutive
 
 ## Requirements
 
-**Header:** \<bit>
+**Header:** `<bit>`
 
-**Namespace:** std
+**Namespace:** `std`
 
 [`/std:c++20`](../build/reference/std-specify-language-standard-version.md) or later is required.
 
@@ -25,24 +25,24 @@ For example, there are functions to rotate bits, find the number of consecutive
 
 | Type | Description |
 |--------|----------|
-| [endian](bit-enum.md) | Specifies the endianness of scalar types. |
+| [`endian`](bit-enum.md) | Specifies the endianness of scalar types. |
 
 ### Functions
 
 | Function | Description |
 |-----|-----|
-|[bit_cast](bit-functions.md#bit_cast) | Reinterpret the object representation from one type to another. |
-|[bit_ceil](bit-functions.md#bit_ceil) | Find the smallest power of two greater than or equal to a value. |
-|[bit_floor](bit-functions.md#bit_floor) | Find the largest integral power of two not greater than a value. |
-|[bit_width](bit-functions.md#bit_width) | Find the smallest number of bits needed to represent a value. |
-|[countl_zero](bit-functions.md#countl_zero) | Count the number of consecutive bits set to zero, starting from the most significant bit. |
-|[countl_one](bit-functions.md#countl_one) | Count the number of consecutive bits set to one, starting from the most significant bit. |
-|[countr_zero](bit-functions.md#countr_zero) | Count the number of consecutive bits set to zero, starting from the least significant bit. |
-|[countr_one](bit-functions.md#countr_one) | Count the number of consecutive bits set to one, starting from the least significant bit. |
-|[has_single_bit](bit-functions.md#has_single_bit) | Check if a value has only a single bit set to one. This is the same as testing whether a value is a power of two. |
-|[popcount](bit-functions.md#popcount) | Count the number of bits set to one. |
-|[rotl](bit-functions.md#rotl) | Compute the result of a bitwise left-rotation. |
-|[rotr](bit-functions.md#rotr) | Compute the result of a bitwise right-rotation. |
+|[`bit_cast`](bit-functions.md#bit_cast) | Reinterpret the object representation from one type to another. |
+|[`bit_ceil`](bit-functions.md#bit_ceil) | Find the smallest power of two greater than or equal to a value. |
+|[`bit_floor`](bit-functions.md#bit_floor) | Find the largest integral power of two not greater than a value. |
+|[`bit_width`](bit-functions.md#bit_width) | Find the smallest number of bits needed to represent a value. |
+|[`countl_zero`](bit-functions.md#countl_zero) | Count the number of consecutive bits set to zero, starting from the most significant bit. |
+|[`countl_one`](bit-functions.md#countl_one) | Count the number of consecutive bits set to one, starting from the most significant bit. |
+|[`countr_zero`](bit-functions.md#countr_zero) | Count the number of consecutive bits set to zero, starting from the least significant bit. |
+|[`countr_one`](bit-functions.md#countr_one) | Count the number of consecutive bits set to one, starting from the least significant bit. |
+|[`has_single_bit`](bit-functions.md#has_single_bit) | Check if a value has only a single bit set to one. This is the same as testing whether a value is a power of two. |
+|[`popcount`](bit-functions.md#popcount) | Count the number of bits set to one. |
+|[`rotl`](bit-functions.md#rotl) | Compute the result of a bitwise left-rotation. |
+|[`rotr`](bit-functions.md#rotr) | Compute the result of a bitwise right-rotation. |
 
 ## See also