Registers, arithmetic-logic unit (ALU), program counter (PC)...
Answer:
Configuring full duplex and speed auto negotiation in switches and segment with VLANs.
Explanation:
A network switch is a device used to transmit frames between nodes in a network. It operates in the layer 2 (data-link layer) of the OSI networking model. Each connection to a device from a switch is called a collision domain.
To impact the overall network throughput on a switch, configure the interface to a full duplex state and an auto negotiating speed. This will reduce errors like collisions, late collisions, runts, giants etc.
Configuring more VLANs helps to segment a switch to create more virtual broadcast domain to reduce transmission delay due to a large broadcast domain on a router.
Coding is like doing somethin i already know but look u can search it up in Google trust me
The naming scheme would be b
Options :
A.) s1 < s2
B.) s1 <= s2
C.) s1.compareTo(s2) == −1
D.) s2.compareTo(s1) < 0
E.) s1.compareTo(s2) < 0
Answer: E.) s1.compareTo(s2) < 0
Explanation: Lexicographical ordering simply means the arrangement of strings based on the how the alphabets or letters of the strings appear. It could also be explained as the dictionary ordering principle of words based on the arrangement of the alphabets. In making lexicographical comparison between strings, the compareTo () method may be employed using the format below.
If first string = s1 ; second string = s2
To compare s1 with s2, the format is ;
s1.compareTo(s2) ;
If s1 comes first, that is, before s2, the method returns a negative value, that is a value less than 0 '< 0', which is the case in the question above.
If s2 comes first, that is, before s1, the method returns a positive value, that is a value greater than 0 '> 0'.
If both are s1 and s2 are the same, the output will be 0.
