message: Apply suggestions from code review
  Thanks Andrew!
diff: @@ -38,7 +38,7 @@ High-Performance Computing
  - Improved the libCEED integration to support:
  * AssemblyLevel::NONE for Mass, Diffusion, VectorMass, and VectorDiffusion
  - Integrators. This level computes the full operator evalutaion "on the fly".
  + Integrators. This level computes the full operator evaluation "on the fly".
  * VectorMassIntegrator and VectorDiffusionIntegrator.
  * All types of (scalar) Coefficients.
  @@ -169,8 +169,8 @@ New and updated examples and miniapps
  * Example 27/27p demonstrates the enforcement of Dirichlet, Neumann, Robin,
  and periodic boundary conditions with either H1 or DG Laplace problems.
  * Versions of Example 1/1p in examples/amgx demonstrating the use of AmgX,
  - to solve th Laplace problem with AMG preconditioning on GPUs.
  - * A version of Example 11p in examples/petcs demonstrating the use of SLEPc,
  + to solve the Laplace problem with AMG preconditioning on GPUs.
  + * A version of Example 11p in examples/petsc demonstrating the use of SLEPc,
  to solve the Laplace eigenproblem with shift-and-invert transformation.
  * A version of Example 1 in examples/superlu demonstrating the use of SuperLU
  to solve the Laplace problem.
  