Fixed some typos and references to singularity repository was not correct.

Author: Bhaal22

pages/docs/contributing/contributing-code.md

@@ -15,7 +15,7 @@ To contribute to the development of Singularity, you must:
 - Have a GitHub account (this just makes it easier on me)
 
 ### Step 1. Fork the repo
-To contribute to the web based documentation, you should obtain a GitHub account and fork the <a href="{{site.repo}}/singularity" target="_blank">Singularity</a> repository. Once forked, you will want to clone the fork of the repo to your computer. Let's say my Github username is vsoch, and I am using ssh:
+To contribute to the web based documentation, you should obtain a GitHub account and fork the <a href="{{site.repo}}" target="_blank">Singularity</a> repository. Once forked, you will want to clone the fork of the repo to your computer. Let's say my Github username is vsoch, and I am using ssh:
 
 ```bash
 git clone git@github.com:vsoch/singularity.git

pages/docs/user-docs/user-guide.md

@@ -40,7 +40,7 @@ Replicating a virtual machine cloud like environment within an existing HPC reso
 
 The goal of Singularity is to support existing and traditional HPC resources as easily as installing a single package onto the host operating system. Some configuration maybe required via a single configuration file, but the defaults are tuned to be generally applicable for shared environments.
 
-Singularity can run on host Linux distributions from RHEL6 (RHEL5 for versions lower then 2.2) and similar vintages, and the contained images have been tested as far back as Linux 2.2 (approximately 14 years old). Singularity natively supports IniniBand, Lustre, and works seamlessly with all resource managers (e.g. SLURM, Torque, SGE, etc.) because it works like running any other command on the system.
+Singularity can run on host Linux distributions from RHEL6 (RHEL5 for versions lower then 2.2) and similar vintages, and the contained images have been tested as far back as Linux 2.2 (approximately 14 years old). Singularity natively supports InfiniBand, Lustre, and works seamlessly with all resource managers (e.g. SLURM, Torque, SGE, etc.) because it works like running any other command on the system.
 
 
 ## A High Level View of Singularity
@@ -107,7 +107,7 @@ Additionally what name-spaces are selected for virtualization can be dynamic or
 
 
 ### Compatibility with standard work-flows, pipes and IO
-Singularity does its best to abstract the complications of running an application in a different environment then what is expected on the host. For example, applications or scripts within a Singularity container can easily be part of a pipeline that is being executed on the host. Singularity containers can also be executed from a batch script or other program (e.g. an HPC system's resource manager) naively.
+Singularity does its best to abstract the complications of running an application in a different environment then what is expected on the host. For example, applications or scripts within a Singularity container can easily be part of a pipeline that is being executed on the host. Singularity containers can also be executed from a batch script or other program (e.g. an HPC system's resource manager) natively.
 
 Some usage examples of Singularity can be seen as follows: