1.Given the network 192.141.27.0/28, identify the valid host addresses. (Choose three.)' i* ~; {7 J% |
A. 192.141.27.33
. g8 j8 }4 r, j/ |( yB. 192.141.27.112% l ]. i5 [ K8 I
C. 192.141.27.119' [2 {; H p+ A! ]5 }6 h
D. 192.141.27.126 y7 [0 q( g/ r0 e+ [! q& J
E. 192.141.27.1757 k' h! Y4 k* j4 ?7 F' U
F. 192.141.27.208% ]' z: k$ r' Y
2.To perform proper and efficient routing what must a router have? j7 X$ F- U+ s7 Z
A. Destination application of an incoming packet.
/ P3 e" [/ D: f7 j( MB. Number of other packets in a single flow of data. N/ i$ w5 L2 J# l
C. Destination network address of an incoming packet.7 H/ z4 P' R# U2 Z4 p# Z
D. Number of routers that know a path to the destination.
! t3 B4 _6 X; H6 F, b+ J) H) E3.Exhibit:
, ~6 S( s" i* z1 \" hI 154.128.16.0 [100/1100] via 30.100.192.4, 00:00: Ethernet 0
# q' f: B9 H' r+ QYour trainee studies the routing table on your Catalyst 5000 Switch. One specific entry draws the attention of the trainee
, p& l1 s) c, G" `(see Exhibit)。 He is curious about the number 1100 and asks you how it is calculated.
/ I3 W8 f) y0 z; _6 YYou need to tell the trainee what is used in the calculation. (Select two.); L9 L0 S; l( J8 W7 S
A. MTU
2 N/ w+ n! s* Z" e7 `2 DB. bandwidth
1 [" ^0 t0 J8 bC. administrative distance
8 ~. E1 B1 o# o" u& ?D. hop count$ I ~. g6 m* L8 j8 I d
E. metric# C/ c O, M9 U- n( T
F. delay |