Docs formatting changes

Author: JWock82

docs/source/analysis.rst

@@ -11,17 +11,17 @@ Each of the analysis options in Pynite allows you to use either a sparse or dens
 
 The sparse solver is the default solver used by Pynite. It is well suited to large models. It uses less memory and solves large models faster. It solves small models slower, but usually the difference is not noticed because the models are small anyway. In order to use it you'll need to have ``Scipy`` installed.
 
-You can switch to the dense solver by passing `sparse=False` to the analysis method you are using. ``Scipy`` does not need to be installed to use the dense solver. The dense solver is well suited to small models. If you need to repeatedly solve a small model, the dense solver can offer some performance advantages over the sparse solver.
+You can switch to the dense solver by passing ``sparse=False`` to the analysis method you are using. ``Scipy`` does not need to be installed to use the dense solver. The dense solver is well suited to small models. If you need to repeatedly solve a small model, the dense solver can offer some performance advantages over the sparse solver.
 
 General Analysis
 ================
 
-Use the `FEModel3D.analyze()` method to run a general analysis. This analysis is iterative if there are tension-only or compression-only elements or supports in the model.
+Use the ``FEModel3D.analyze()`` method to run a general analysis. This analysis is iterative if there are tension-only or compression-only elements or supports in the model.
 
 Linear Analysis
 ===============
 
-Linear analysis can be performed by using the `FEModel3D.analyze_linear()` method. This method of analysis is very fast, but is limited to models without nonlinear features such as tension-only or compression-only elements and supports, or P-:math:`\Delta` effects. This method only needs to assemble the stiffness matrix once because it uses analytical superposition of forces to generate load combinations. Superposition requires a linear model.
+Linear analysis can be performed by using the ``FEModel3D.analyze_linear()`` method. This method of analysis is very fast, but is limited to models without nonlinear features such as tension-only or compression-only elements and supports, or P-:math:`\Delta` effects. This method only needs to assemble the stiffness matrix once because it uses analytical superposition of forces to generate load combinations. Superposition requires a linear model.
 
 P-:math:`\Delta` Analysis
 =========================