Which of the given options best describes the truthfulness of the following…

Concept: Under IEEE 802.11, a Service Set Identifier (SSID) is an octet string of length 0–32 bytes that names a wireless LAN. An access point advertises it in its beacon and probe-response frames, and a client device matches on that same value to identify and associate with that specific network — so the SSID functions as one identifier shared between the access point and its clients (distinct from the BSSID, the MAC address that identifies a specific access point's radio).

Applying this to the two statements:

• Statement i is false: while the SSID is typically a human-readable value, IEEE 802.11 caps its length at 32 bytes (octets), not 2000.

• Statement ii is true: the SSID is exactly the common network name broadcast by an access point and matched by client devices, so it is shared between them; several access points can even advertise the same SSID to form one extended network.

Cross-check against the other pairings:

• ‘i-True, ii-True’ overstates the SSID length limit by roughly 60x (2000 bytes instead of 32).

• ‘i-True, ii-False’ repeats that same length overstatement and additionally denies the SSID's shared-identifier role.

• ‘i-False, ii-False’ correctly rejects the 2000-byte claim but wrongly denies that the SSID is shared between an access point and its clients.

Result: statement i is false and statement ii is true.