Answer:
To make sure that data sent from a device is just received by appropriate device we use "<u>Switch</u>"
Explanation:
Switch is the networking device. It is used to connect all the Local area networks in a computer network. The switch store the addresses of all computers over the network. Whenever data packet arrives to the switch, it just read the address of destination computer and just send it to appropriate device instead of all devices.
Hub is also used for this purpose, but it has no ability to read the address and send the packet to all devices over the network.
<em>So, we use Switch to send data to appropriate device.</em>
Explanation:
C++ Program to display month name according to the month number using Switch Statement
that's why called checkmonth
/* C Program to display month name according to the month number using Switch Statement */ #include<stdio.h> int main() { int n; printf("Month No : "); scanf("%d",&n); switch(n) { case 1: printf("January"); break; case 2: printf("February"); break; case 3: printf("March"); break; case 4: printf("April"); break; case 5: printf("May"); break; case 6: printf("June"); break; case 7: printf("July"); break; case 8: printf("August"); break; case 9: printf("September"); break; case 10: printf("October"); break; case 11: printf("November"); break; case 12: printf("December"); break; default: printf("Invalid Month number\nPlease try again ....\n"); break; } return 0; }
Answer:
Allow VLAN 20 on the trunk link.
Explanation:
Enable DTP on both ends of the trunk by allowing VLAN20 on the trunk link.
From curriculum topic: 3.2.4
To Enable DTP on both switches is simply allowing the negotiation of trunking. The "Negotiation of Trunking" line in the graphic is what shows that DTP is already enabled. The graphic also shows how the native VLAN is 1, and the default VLAN for any Cisco switch is 1. The graphic shows the PCs are to be in VLAN 20.
This will remedy the problem.
Answer:
True
Explanation:
An assembler is used for assembly language programming. Assembly language is a low level. Think of an assembler as a compiller in high level languages, Just that in an assembler, there exist a strong relationship between the code and in the language and the architecture of the machine code instructions set
