**192.168.142.1
It will forward the packet to R1.
It will forward the packet to R1
** the first path that the router learned.
R1 will forward the route information for subnet 192.168.100.0/30. R1 will not forward route information for subnet 192.168.100.4/30.
Configure a static route on R1 using the IP address of the serial interface on R1. Configure a default route on R1 with the exit interface Fa0/0 on R1. Configure a static route on R1 using the IP address of S0/0/0 on R2. Configure a default route on R1 using the IP address of Fa0/0 on R2.
Router> enableRouter# config tRouter(config)# ip default route [IP address]
yes press R1,R2,R1,R2,R1,R2,R1,R2,R1,R2,R1,R2,R1,R2,R1,R2,R1,R2,R1,R2,R1,R2,R1,R2,R1,R2,R1,R2,R1,R2,R1,R2,R1,R2,R1,R2,R1,R2,R1,R2,R1,R2,R1,R2,R1,R2,R1,R2,R1,R2,R1,R2,R1,R2,R1,R2,R1,R2,R1,R2,R1,R2,R1,R2,R1,R2,R1,R2,R1,R2,R1,R2,R1,R2,R1,R2,R1,R2,R1,R2,R1,R2,R1,R2,R1,R2,R1,R2, then press select to complete the entire game
for R1-ISP network - 192.168.23.0 mask - 255.255.255.192 next hop - 192.168.23.121 (R2's S/0/0/0 IP Address) for R2-Central network - 0.0.0.0 mask - 0.0.0.0 next hop - 192.168.23.122 (R1's S/0/0/0 IP Address) Your R2-Central is right but your R1-ISP is wrong Sir! correct R1-ISP network - 172.16.0.0 mask - 255.255.254.0 next hop - 172.16.3.97
R1, R1, R2, R2, Right Trigger, Left Trigger, R1, R1, R2, R2.
R1(Config)#ip route x.x.x.x y.y.y.y z.z.z.z X will be the source network Y will be the source network's subnet mask Z will be the destination network. *Note you can also set the destination as an outbound interface.
L1,L1,L1,R1,R1,R1,R1,R1,L2,L2,L2,L2 This may not work
Three-address instruction is a type of assembly language instruction that allows for operations involving three operands, typically in the form of two source operands and one destination operand. This format enables more complex operations to be performed directly in a single instruction, improving the efficiency of code execution. For example, an instruction might look like ADD R1, R2, R3, which adds the values in registers R2 and R3 and stores the result in R1. This approach provides greater flexibility in programming by reducing the number of instructions needed for arithmetic operations.