Refer to the exhibit. An engineer must enable secure SSH protocols and enters this configuration. What are two results of running this set of commands on a Cisco router? (Choose two.)

The `crypto key generate rsa` command is explicitly used to generate a Rivest-Shamir-Adleman (RSA) key pair on the router, which is a fundamental requirement for enabling secure protocols like SSH.

Enabling SSHv2 (`ip ssh version 2`) explicitly disables SSHv1 due to security vulnerabilities; therefore, SSHv1 would not be enabled.

While the FQDN is often used to *label* the key pairs by default, the command itself doesn't *use* the FQDN in its syntax unless it's explicitly part of a `label` argument; rather, the FQDN might become the *name* of the generated key.

When `crypto key generate rsa` is executed, the generated key pair is labeled, either implicitly by the router's fully qualified domain name (FQDN) or explicitly if the `label` keyword is used, making it available for applications like SSH.

AES is a symmetric encryption algorithm, not a key generation algorithm; RSA is the asymmetric algorithm used for key generation and exchange for SSH.