Select the correct statements regarding verification and validation in the context of finite element analysis:

Validation involves comparing simulation results with experimental data to assess the accuracy of the numerical model.

Code verification is a part of the validation process, ensuring the modeling effort captures the physics of the intended application.

Verification is the process of ensuring the computational model is correct in terms of the governing equations and input data.

Model verification focuses on determining the degree to which a model accurately represents the real world.

Verification specifically checks the correctness of numerical methods and algorithms in the finite element implementation.

Experiments are a key component of code verification.