Trivial changes (microsoft#359)

samples/algorithms/README.md

@@ -1,7 +1,7 @@
 # Algorithm Samples #
 
 - **[Simple Grover](./simple-grover)**:
-  This sample introduces Grover's algorithm for a simple hard-coded example.
+  This sample introduces Grover's algorithm for a simple hard-coded example. 
 - **[Database Search](./database-search/)**:
   This sample demonstrates how to use Grover's algorithm to efficiently search a database represented as a quantum register.
 - **[Integer Factorization](./integer-factorization/)**:

samples/algorithms/chsh-game/README.md

@@ -46,8 +46,10 @@ dotnet run
 
 ### C# in Visual Studio 2019
 
-Open the folder containing this sample in Visual Studio ("Open a local folder" from the Getting Started screen or "File → Open → Folder..." from the menu bar) and set `CHSHGame.csproj` as the startup project.
-Press Start in Visual Studio to run the sample.
+Open the folder containing this sample in Visual Studio ("Open a local folder"
+from the Getting Started screen or "File → Open → Folder..." from the menu bar)
+and set `CHSHGame.csproj` as the startup project. 
+Press Start in Visual Studio to run the sample. 
 
 ## Manifest
 

samples/algorithms/database-search/README.md

@@ -9,7 +9,7 @@ Press Start in Visual Studio to run the sample.
 
 ## Running the Sample in Jupyter Notebook ##
 
-This sample can also be viewed using Jupyter Notebook.
+This sample can also be viewed using Jupyter Notebook. 
 To do so, ensure that you have the IQ# kernel installed using the instructions in the [getting started guide](https://docs.microsoft.com/quantum/install-guide/jupyter).
 Then, start a new Jupyter Notebook session from this directory:
 

samples/algorithms/integer-factorization/README.md

@@ -6,7 +6,7 @@ a part of Microsoft.Quantum.Canon library.
 
 ## Manifest ##
 
-- [Shor.qs](./Shor.qs): Q# implementation of Shor's algorithm.
+- [Shor.qs](./Shor.qs): Q# implementation of Shor's algorithm. 
 - [Program.cs](./Program.cs): C# console application running Shor's algorithm
   on Quantum simulator
 - [IntegerFactorization.csproj](./IntegerFactorization.csproj): Main C# project for the sample.

samples/algorithms/oracle-synthesis/README.md

@@ -24,7 +24,7 @@ ancillas](http://iopscience.iop.org/article/10.1088/1367-2630/16/3/033040/meta),
 
 ## Running the Sample ##
 
-To run the sample, use the `dotnet run` command from your terminal.
+To run the sample, use the `dotnet run` command from your terminal. 
 
 ## Manifest
 

samples/algorithms/order-finding/README.md

@@ -14,7 +14,7 @@ in the C# file is restricted to permutations over 4 elements.
 ## Running the Sample ##
 
 Open the `QsharpSamples.sln` solution in Visual Studio and set *Samples / 1. Algorithms / OrderFinding* as the startup project.
-Press Start in Visual Studio to run the sample.
+Press Start in Visual Studio to run the sample. 
 
 ## Manifest ##
 

samples/arithmetic/README.md

@@ -11,7 +11,7 @@ To start the Jupyter Notebook use the following command in this directory.
 ```
 PS> jupyter notebook AdderExample.ipynb
 ```
-Use the `Run` button to walk through the notebook line by line.
+Use the `Run` button to walk through the notebook line by line. 
 
 ## Manifest ##
 

samples/characterization/phase-estimation/README.md

@@ -20,7 +20,7 @@ This sample demonstrates iterative phase estimation using Bayesian inference to
 
 This sample can be run in a number of different ways, depending on your preferred environment.
 
-To run the sample, use the `dotnet run` command from your terminal.
+To run the sample, use the `dotnet run` command from your terminal. 
 
 ## Manifest
 

samples/chemistry/IntegralData/README.md

@@ -3,7 +3,7 @@ Orbital integrals in YAML/ are generated by NWChem yaml branch.
 
 # Integral Data for Chemistry Hamiltonians #
 
-This contains integral data describing a variety of chemistry Hamiltonians.
+This contains integral data describing a variety of chemistry Hamiltonians. 
 
 ## Data sources
 

samples/chemistry/PythonIntegration/README.md

@@ -25,7 +25,7 @@ The first time you run the sample you might see errors like this when the script
 fail: Microsoft.Quantum.IQSharp.Workspace[0]
       QS5022: No identifier with that name exists.
 ```
-these are known and are safe to ignore.
+these are known and are safe to ignore. 
 
 If the script runs successfully, you should see this message in the output.
 ```

samples/chemistry/README.md

@@ -1,6 +1,6 @@
 # Quantum Chemistry Library Samples #
 
-These samples demonstrate the use of the Quantum Chemistry library.
+These samples demonstrate the use of the Quantum Chemistry library. 
 Each sample is provided as a Visual Studio 2019 C# or project in their respective directories.
 Each of these samples are described below.
 Most of the samples consist of a Q# source file with detailed comments explaining the sample and a commented classical program `Program.cs` to call into Q# operations and functions.

samples/diagnostics/README.md

@@ -1,6 +1,6 @@
 # Diagnostics and Testing Samples #
 
-These samples show how to diagnose and test Q# applications.
+These samples show how to diagnose and test Q# applications. 
 
 - **[Unit Testing](./unit-testing)**:
   This sample demonstrates how to use the unit testing functionality provided with the Quantum Development Kit to test the correctness of quantum programs.

samples/error-correction/README.md

@@ -4,3 +4,4 @@ These samples show how to work with quantum error correcting codes in Q# program
 
 - **[Bit-flip Code](./bit-flip-code)**:
   This sample describes a simple quantum code that encodes 1 qubit into 3 qubits and protects against a single bit-flip error.
+

samples/error-correction/bit-flip-code/README.md

@@ -11,7 +11,7 @@ urlFragment: bit-flip-code
 
 # Bit-flip Quantum Code Sample
 
-This sample demonstrates:
+This sample demonstrates: 
 
 - Using the Q# standard libraries to implement a simple quantum error correction code.
 

samples/getting-started/intro-to-iqsharp/README.md

@@ -16,7 +16,7 @@ This sample demonstrates:
 ## Prerequisites
 
 - The Microsoft [Quantum Development Kit](https://docs.microsoft.com/quantum/install-guide/).
-- Jupyter Notebook
+- Jupyter Notebook 
 
 ## Running the Sample
 

samples/getting-started/measurement/README.md

@@ -24,7 +24,7 @@ In this sample, we show how `M` can be used to sample random numbers, and to mea
 
 ## Running the Sample
 
-To run the sample, use the `dotnet run` command from your terminal.
+To run the sample, use the `dotnet run` command from your terminal. 
 
 ## Manifest
 

samples/getting-started/qrng/README.md

@@ -11,17 +11,17 @@ description: "This sample implements a quantum random number generator using Q#,
 
 This sample implements a quantum random number generator, a very simple application that is useful to learn how to write a first Q# program.
 
-In the Q# code (Qrng.qs) you will find the Q# operation for extracting a random bit using quantum measurements over a qubit in superposition. For more information, you can take a look at the [full tutorial](https://docs.microsoft.com/quantum/quickstarts/qrng).
+In the Q# code (Qrng.qs) you will find the Q# operation for extracting a random bit using quantum measurements over a qubit in superposition. For more information, you can take a look at the [full tutorial](https://docs.microsoft.com/quantum/quickstarts/qrng). 
 
-You will also find a Q# operation that creates a random integer from 0 to a maximum integer by invoking several times the Q# operation for extracting a random bit.
+You will also find a Q# operation that creates a random integer from 0 to a maximum integer by invoking several times the Q# operation for extracting a random bit. 
 
 ## Prerequisites ##
 
 - The Microsoft [Quantum Development Kit](https://docs.microsoft.com/quantum/install-guide/).
 
 ## Running the Sample ##
 
-To run the sample, use the `dotnet run` command from your terminal.
+To run the sample, use the `dotnet run` command from your terminal. 
 
 ## Manifest ##
 

samples/getting-started/simple-algorithms/README.md

@@ -18,7 +18,7 @@ This sample describes three simple quantum algorithms: the Bernstein–Vazirani
 
 ## Running the Sample
 
-To run the sample, use the `dotnet run` command from your terminal.
+To run the sample, use the `dotnet run` command from your terminal. 
 
 ## Manifest
 

samples/getting-started/teleportation/README.md

@@ -18,7 +18,7 @@ This sample demonstrates the use of the Quantum Development Kit for quantum tele
 
 ## Running the Sample
 
-To run the sample, use the `dotnet run` command from your terminal.
+To run the sample, use the `dotnet run` command from your terminal. 
 
 ## Manifest ##
 

samples/interoperability/dotnet/README.md

@@ -20,7 +20,7 @@ The steps are as follows:
 
    This will transitively include the [`Microsoft.Quantum.Development.Kit` NuGet package](https://www.nuget.org/packages/Microsoft.Quantum.Development.Kit) to your C# or F# application.
    You will not be writing any Q# code in `csharp.csproj` or `fsharp.fsproj`, but you will need to use functionality provided by the Quantum Development Kit to create a quantum simulator to run your quantum code on, and to define data types used to pass the parameters to your quantum program.
-4. Write the classical host program in your .NET application.
+4. Write the classical host program in your .NET application. 
 
 ## Q# Code in the Sample
 

samples/interoperability/python/README.md

@@ -23,7 +23,8 @@ Once everything is installed, run `jupyter notebook` to start the Jupyter Notebo
 PS> jupyter notebook
 ```
 
-In the browser, select the `tomography-sample.ipynb` notebook in your browser to view the sample.
+In the browser, select the `tomography-sample.ipynb` notebook in your browser to
+view the sample. 
 
 
 ## Manifest ##

samples/interoperability/qrng/README.md

@@ -45,7 +45,7 @@ dotnet run
 ### C# in Visual Studio 2019 ###
 
 Open the folder containing this sample in Visual Studio ("Open a local folder" from the Getting Started screen or "File → Open → Folder..." from the menu bar) and set `Qrng.csproj` as the startup project.
-Press Start in Visual Studio to run the sample.
+Press Start in Visual Studio to run the sample. 
 
 ## Manifest ##
 

samples/machine-learning/half-moons/README.md

@@ -42,7 +42,7 @@ dotnet run
 ### C# in Visual Studio 2019
 
 Open the folder containing this sample in Visual Studio ("Open a local folder" from the Getting Started screen or "File → Open → Folder..." from the menu bar) and set `HalfMoons.csproj` as the startup project.
-Press Start in Visual Studio to run the sample.
+Press Start in Visual Studio to run the sample. 
 
 ## Manifest
 

samples/machine-learning/parallel-half-moons/README.md

@@ -36,7 +36,7 @@ dotnet run
 ### C# in Visual Studio 2019
 
 Open the folder containing this sample in Visual Studio ("Open a local folder" from the Getting Started screen or "File → Open → Folder..." from the menu bar) and set `HalfMoons.csproj` as the startup project.
-Press Start in Visual Studio to run the sample.
+Press Start in Visual Studio to run the sample. 
 
 ## Manifest
 

samples/machine-learning/wine/README.md

@@ -42,7 +42,7 @@ dotnet run
 ### C# in Visual Studio 2019
 
 Open the folder containing this sample in Visual Studio ("Open a local folder" from the Getting Started screen or "File → Open → Folder..." from the menu bar) and set `Wine.csproj` as the startup project.
-Press Start in Visual Studio to run the sample.
+Press Start in Visual Studio to run the sample. 
 
 ## Manifest
 

samples/numerics/README.md

@@ -4,7 +4,7 @@ The samples in this folder show how to use the numerics library.
 The `CustomModAdd` sample illustrates how to implement a custom modular addition operation.
 The `EvaluatingFunctions` sample shows how to evaluate smooth functions using a polynomial
 approximation in fixed-point arithmetic and `ResourceCounting` counts the resources of this
-operation.
+operation. 
 
 ## Running the Samples
 

samples/runtime/reversible-simulator/README.md

@@ -43,7 +43,7 @@ dotnet run
 Open the folder containing this sample in Visual Studio ("Open a local folder"
 from the Getting Started screen or "File → Open → Folder..." from the menu bar)
 and set `ReversibleSimulator.csproj` as the startup project. Press Start in
-Visual Studio to run the sample.
+Visual Studio to run the sample. 
 
 ## Manifest ##
 

samples/runtime/simulator-with-overrides/README.md

@@ -32,7 +32,7 @@ dotnet run
 ### C# in Visual Studio 2019
 
 Open the folder containing this sample in Visual Studio ("Open a local folder" from the Getting Started screen or "File → Open → Folder..." from the menu bar) and set `SimulatorWithOverrides.csproj` as the startup project.
-Press Start in Visual Studio to run the sample.
+Press Start in Visual Studio to run the sample. 
 
 ## Manifest
 

samples/simulation/hubbard/README.md

@@ -19,7 +19,7 @@ This time-evolution operator is applied to project onto the ground state of the
 
 ## Running the Sample
 
-To run the sample, use the `dotnet run` command from your terminal.
+To run the sample, use the `dotnet run` command from your terminal. 
 
 ## Manifest ##